Products Catalog Table Of Contents

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2 Products Catalog Table Of Contents DATABUS INTERFACE TRANSFORMER Page MIL-STD- / MIL-T-0 DataBus Interface Transformer... pm-dbxxx... - New AUDIO Digital Audio Data Transmission... pm-adxxxx... 0 New NETWORKING & COMMUNICATION DSL Line Isolation Transformers Thru Hole or SMD, UL/CSA Recognized... pm-dslxxx... - Coupled Inductor For Uses in ADSL Pots Low Pass Filters... pm-indxxx... - T/E/ISDN-PRI KV-Reinforced SMD Transformers... pmt0xx... T/E/ISDN-PRI KV-Reinforced Thru Hole Transformers... pmisxxx... - T/E Dual Core SMD Isolation Transformers, SOIC Package... pmis_x... - T/E/ISDN-PRI.KV Dual Core SMD Isolation Transformers... pmis_x T/E Quad Port SMD Isolation Transformers... pm-_... - T/E/ISDN-PRI Quad Port SMD Transformers with IC Side Protection... pm-xx... New T/DS/E/STS- Interface Isolation Transformers... pmt Base-T Dual Interface Modules Transformers & Filters... pmbt /00 Base-TX Quad Port Isolation Transformers with Filters... pm-0xx /00 Base-T Small Outline Isolation Transformers, SOIC Package... pm-0_ /00 Base-TX Single Port SOIC Transformers... pm-xx... 0/00 Base-TX PC Card LAN & Cardbus Applications... pm-xxx... - New 000 Base-T Module Isolation Transformers with Filters... pm-xxx... - New Coupling Transformers for Networking & General Purpose... pmnw... - Signal Line Filters/Common Mode Chokes, to 00 MH... pm-sfxx... - Signal Line Filters/Common Mode Chokes, to GHz... pm-sfxxx... - New High Speed Voice/Data Coupling Transformers... pm-mc... - FIBRE CHANNEL Wideband RF Pulse Coupling Transformers... pm-wt&wg... Fibre Channel Coupling Transformers, Cypress HOTLink... pm-wt&wg... Unless otherwise specified, all tolerances are ± 0.00 (0.) 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

3 Products Catalog Table Of Contents (continue) POWER PRODUCTS Page SWITCH MODE Current Sense Inductors, With Center Hole... pm-ci... - Current Sense Transformers... pm-cs... DC/DC Power Conversion For Linear Technology... pmsm DC/DC Push-Pull Power Conversion For Linear Technology... pmsm... Low Cost Toroidal Power Inductors... vtp... - Sendust Toroidal Power Inductors, High frequency, Low Loss... vtk... - Transformers, UL/CSA Recognized, TOP, PWM Designs... pol... - New Transformers, UL/CSA Recognized, TINY, PWM Designs... pny... - PMCE & PMCU EMI/RFI Common Mode AC Line Filters... pmce, pmcu Open Common Mode EMI Supression Inductors... pm-omxx... 0 VERSA-PAC Transformers :::::, SMD... pm-vxxxxx New Gate & Base Drive Transformers, Single & Double Ended... pmgd... - LINEAR - 0 Hz, /0V (*) Parts are UL & CSA Recognized Split Bobbin High Isolation.VA to VA, 00 Vrm (*)... psb... - Shrouded VDE Split Bobbin High Isolation,.VA to VA, KVrms (*)... pvb... - Low Profile Dual Bobbin,.VA to VA, 00 Vrms... plp... - TOROID - 0 Hz, V, 0-00 Hz or /0 Input Designed to meet UL, CSA, VDE, 000Vrms... pt-xxxx New DC/DC CONVERTER MODULES.0 Watt Mini-SIP, V Isolation, Low Cost... s_watt Watt Mini-SIP, V Isolation, Low Cost... s_watt, sax -. &.0 Watt DIL, 00V Isolation, Low Cost... bas-ad &. Watt DIL, 00V Isolation, Low Cost... bax.... Watt : Wide Input Range High Efficiency... PDCx00x New.0 Watt : Wide Input Range High Efficiency... PDCx000xx Watt : Wide Input Range High Efficiency Extended Temperature... PDCx00x....0 Watt : Wide Input Range High Efficiency With Remote On/Off Option.. PDCx00x Watt : Wide Input Range High Efficiency, Copper Case... PDCx00x... - High Current Adjustable Output, ON/OFF Control, Efficiency to %... PDCx-xxx New Unless otherwise specified, all tolerances are ± 0.00 (0.) 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

4 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL Ê Designed to Meet MIL-STD- A/B & MIL-PRF-0 Í Droop Less Than 0% Ë Common Mode Rejection (CMR) Greater Than db Î Overshoot & Ringing ±V Max Ì Impedance Test Frequency from Khz to MHz Ï Pulse Width µs ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO + O C TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) SCHEMATICS / PACKAGE PM-DB0 -:- : -:- :.0 -=.0, -= /A PM-DB0EX -:- : -:- :.0 -=.0, -= /G PM-DB0 -:-.: -:- : -=., -=.0 00 /A PM-DB0 -:-. : -:-.: -=., -= /A PM-DB0 -:-.: -:-.: -=., -= /A PM-DB0 -:- : =., -=. 000 /C PM-DB0EX -:- : =., -=. 000 /C PM-DB0 -:- : =., -=. 000 /B PM-DB0 -:- : =., -=. 000 /B PM-DB0 -:- : =., -=. 000 /B PM-DB0 -:- : =., -=. 000 /B PM-DB0 -:- :. -:- :. -=.0, -=. 000 /A PM-DB -:- : -:- :.0 -=.0, -= /D PM-DB -:-.: -:-.: -=., -=.0 00 /D PM-DB -:-.: -:-.: -=., -= /D PM-DB -:-.: -:-.: -=., -= /D PM-DB -:- :. -:- :. -=.0, -=. 000 /D PM-DB -:- : -:- :.0 -=.0, -= /E PM-DB -:-.: -:- : -=., -=.0 00 /E PM-DB -:-.: -:-.: -=., -= /E PM-DB -:-.: -:-.: -=., -= /E PM-DB0 -:- :. -:- :. -=.0, -=. 000 /E PM-DB -:- : -:- :.0 -=.0, -= /A PM-DB -:-.: -:- : -=., -=.0 00 /A PM-DB -:-.: -:-.: -=., -= /A PM-DB -:- :. -:- :. -=.0, -=. 000 /A PM-DB -:- :. -:- :. -=.0, -=. 000 /A PM-DBEX -:- :. -:- :. -=.0, -=. 000 /G PM-DB -:- :. -:- :. -=.0, -=. 000 /A PM-DB -:- :. -:- :. -=.0, -=. 000 /D PM-DB -:- : =0., -=. 000 /B PM-DB -:- : =0., -=. 000 /B PM-DB0 -:- : =.0, -=. 000 /B PM-DB -:- :. -:- :. -=.0, -=. 000 /E PM-DB -:- :. -:- :.0 -=.0, -= /G PM-DB () -:- : =0., -=. 000 /U PM-DB0 () -:- : =.0, -=. 000 /U () OPERATING TEMPERATURE RANGE FROM -0C TO +0C pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

5 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL LOW PROFILE SINGLE RATIO HT= 0." TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) PM-DB -:- : -:- :.0 -=.0, -= /K PM-DB -:-.: -:- : -=., -=.0 00 /K PM-DB -:-.: -:-.: -=., -= /K PM-DB -:- :. -:- :. -=.0, -=. 000 /K PM-DB -:- :. -:- :. -=.0, -=. 000 /K SCHEMATICS / PACKAGE TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) SCHEMATICS / PACKAGE PM-DBL -:- : -:- :.0 -=.0, -= /L PM-DBL -:-.: -:- : -=., -=.0 00 /L PM-DBL -:-.: -:-.: -=., -= /L PM-DBL -:- :. -:- :. -=.0, -=. 000 /L PM-DBL -:- :. -:- :. -=.0, -=. 000 /L TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) SCHEMATICS / PACKAGE PM-DBM -:- : -:- :.0 -=.0, -= /M PM-DBM -:-.: -:- : -=., -=.0 00 /M PM-DBM -:-.: -:-.: -=., -= /M PM-DBM -:- :. -:- :. -=.0, -=. 000 /M PM-DBM -:- :. -:- :. -=.0, -=. 000 /M TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) SCHEMATICS / PACKAGE PM-DBN -:- : -:- :.0 -=.0, -= /N PM-DBN -:-.: -:- : -=., -=.0 00 /N PM-DBN -:-.: -:-.: -=., -= /N PM-DBN -:- :. -:- :. -=.0, -=. 000 /N PM-DBN -:- :. -:- :. -=.0, -=. 000 /N pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

6 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL LOW PROFILE DUAL RATIO HT= 0." TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) PM-DBD -:- : -:- :.0 -=.0, -= /R -:- : -:-0 :.0 -=.0, -= PM-DBD -:-.: -:- : -=., -=.0 00 /R -:-.: -:-0 : -=., -=.0 00 PM-DBD -:-.: -:-.: -=., -= /R -:-.: -:-0.: -=., -= PM-DBD -:- :. -:- :. -=.0, -=. 000 /R -:- :. -:-0 :. -=.0, -=. 000 PM-DBD -:- :. -:- :. -=.0, -=. 000 /R -:- :. -:-0 :. -=.0, -=. 000 SCHEMATICS / PACKAGE TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) PM-DBS -:- : -:- :.0 -=.0, -= /S -:- : -:-0 :.0 -=.0, -= PM-DBS -:-.: -:- : -=., -=.0 00 /S -:-.: -:-0 : -=., -=.0 00 PM-DBS -:-.: -:-.: -=., -= /S -:-.: -:-0.: -=., -= PM-DBS -:- :. -:- :. -=.0, -=. 000 /S -:- :. -:-0 :. -=.0, -=. 000 PM-DBS -:- :. -:- :. -=.0, -=. 000 /S -:- :. -:-0 :. -=.0, -=. 000 SCHEMATICS / PACKAGE pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

7 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL LOW PROFILE DUAL RATIO HT= 0." TERMINALS / RATIO ( ± %) TERMINALS / RATIO ( ± %) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) PM-DBT -:- : -:- :.0 -=.0, -= /T -:- : -:-0 :.0 -=.0, -= PM-DBT -:-.: -:- : -=., -=.0 00 /T -:-.: -:-0 : -=., -=.0 00 PM-DBT -:-.: -:-.: -=., -= /T -:-.: -:-0.: -=., -= PM-DBT -:- :. -:- :. -=.0, -=. 000 /T -:- :. -:-0 :. -=.0, -=. 000 PM-DBT -:- :. -:- :. -=.0, -=. 000 /T -:- :. -:-0 :. -=.0, -=. 000 SCHEMATICS / PACKAGE DUAL RATIO HT= 0.0" TERMINALS / RATIO (±%) TERMINALS / RATIO (±%) DCR (Ohms Max.) IMPEDANCE (Ohms MIN.) SCHEMATICS / PACKAGE PM-DB0 -:- : -:- : -=. -=. 000 /H -:- : -:- : -=.0 -= PM-DB0 -:- :0. -:- :0. -=.0 -= /H -:- :0. -:- :0. -=.0 -= PM-DB0 -:-.: -:- : -=. -=. 00 /H -:-.: -:- : -=.0 -=.0 00 PM-DB0 -:- : -:- :0.0 -=.0 -= /H -:- : -:- :0.0 -=.0 -= PM-DB0 -:-.: -:-.: -=. -=. 000 /H -:-.: -:-.: -=.0 -= PM-DB0 -:-.: -:-.: -=. -=. 000 /H -:-.: -:-.: -=.0 -= PM-DB0 -:-.: -:-.: -=. -=. 000 /H -:-.: -:-.: -=.0 -= PM-DB0 -:- :. -:- :. -=.0 -= /H -:- :. -:- :. -=. -=. 000 pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

8 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL SCHEMATICS SCHEMATIC "" SCHEMATIC "" SCHEMATIC "" SCHEMATIC "" SCHEMATIC "" SCHEMATIC "" () () () () () (0) () () SCHEMATIC "" SCHEMATIC "" () () () () () () () () () () () () () () () () pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

9 P M PM-DBXX P M PM-DBXX P M PM-DBXX MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL FIGURE #A FIGURE #B. (.). (.).0 (.). (.) MIN.0 (.). (.) MIN P M PM-DBXX.00 (.0). (.).0 (.) Max.0 (.0) #AWG PLS.00 (.0) φ 0.00 (0.0).00 (.0) PLS.00 (.) PLS FIGURE #C FIGURE #D.00 (0.).00 (.0).00 (.).0 (.) P M PM-DBXX.00 (.0).0 (.) Max.0 (.0). (.).00(.).00(.) R=.0(.). (.) φ 0.00 (0.0).00 (.). (.) MIN. (.) #AWG PLS.0 (.).0-.0 (.-.).00 (.0) MIN.0 (.).00 (0.).00 (.0) FIGURE #E FIGURE #F. (.).00(.).00(.). (.) φ 0.00 (0.0).00 (.).0 (.). (.) MIN P M.00 (.0). (.) PM-DBXXEX.0 (.) Max.0 (.0) #AWG PLS.0 (.).00 (.).00 (0.).00 (.0) pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

10 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL FIGURE #G FIGURE #H P PM-DBXX M.00 (0.).00 (0.).0 (.). (.).0 (.).0 (.) MIN.00 (.) φ 0.00 (0.0).0 (.).00 (.0).00 (.).00 (.) φ 0.00 (0.0). (.) MIN.00 (.0) PLS.00 (.) PLS.0 (.).00 (.).00. (.0) (.).00 (0.) FIGURE # K FIGURE #L P M PM-DBXX.0 (.0).00 (.0) PLS P M PM-DBXX.00 (.) PLS.0 (.0).0 (.0).00 (0).0 (.0). (.).00 (.) MIN R=.0(.). (.).0-.0 (.-.).00 (0).00 (.0) PLS.00 (.) PLS.0 (.).0-.0 (.-.).00 (.0) MIN FIGURE # M FIGURE #N P M PM-DBXX.0 (0.).00 (.0) PLS P M PM-DBXX.00 (.) PLS.0 (.0).0 (.0).00 x.00 (.0 x.).0 (0.).0 (.).0 (.) typ. (.). (.).0 (.).00 (.) PLS.0-.0 (.-.).00x.00 (.0x.) pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

11 MIL-STD- / MIL-PRF-0 DATABUS INTERFACE TRANSFORMERS LOW PROFILE SINGLE/DUAL FIGURE # R FIGURE # S P M PM-DBXXX.0 (.0) P M PM-DBXXX.0 (.0).0 (.0). (.).00 (.) MIN.0 (.0) R=.0(.). (.).00 (0).00 (.) PLS.0-.0 (.-.).00 (0).00 (.) PLS.0 (.).0-.0 (.-.).00 (.0) MIN FIGURE # T FIGURE # U P M.00 x.00 (.0 x.) PM-DBxxx.0 (.0).0 (0.).0 (.). (.). (.). (.) MIN.00 (.0). (.).0 (.) Max.0 (.0) #AWG PLS.00 (.) PLS.00 (0.).00 (.0).00 (.) pm-dbxxx 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

12 TRANSFORMER FOR DIGITAL AUDIO DATA TRANSMISSION Ê Operating Transmission Rates: to Mbps Ë Controlled Rise Time: nsec Maximum Ì High Isolation Voltage: KV Minimum Í Inductance Test at 00KHz ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Turns Ratio (±%) PRI Inductance (mh ± 0%) PRI L L (µh Max) Rise Time nsec ( Max) ET V-µsec ( Max) Bandwidth 00KHz-MHz (Typ) Return Loss 00KHz-0MHz (Min) Isolation (Vrms MIN.) Schematic PM-AD00 : db 0 db 000 THT PM-AD00S : db 0 db 000 SMT PM-AD00 SCHEMATIC.00 (.0).0 (.).00 (.0) # AWG.00 (0.) P M PM-AD00.0 (.).00 (.0).0 (.0).0 (.) PM-AD00S SCHEMATIC. (.0).0 (.0) DOT FOR PIN P M PM-AD00S.00 (0.). (.0).00 (.).00 (.).00 (0.).0 (.).0 (.).00 (.).0 (.).00 (.) (.0-.).00 (.) (.-.) pm-adxxxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

13 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD Parts are UL0 & CSA-0 Recognized Under UL File# E or are Pending Ê Thru Hole or SMD Package Ë 00Vrms Minimum Isolation Voltage Ì UL, IEC & CSA Insulation System Í Extended Temperature Range Version ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C Ratio Primary (SEC:PRI ± %) OCL (mh.) PRI - SEC L L (µh Max.) DCR ( Ω Max) PRI SEC Package / Schematic IC Manufacture PM-DSL0 : EP/G PM-DSL : EP/AC PM-DSLG : EPG/AC PM-DSL : EP/AD Globespan PM-DSL : EP/I PM-DSLG : EPG/I PM-DSL : EP/D Globespan PM-DSL : EP/E PM-DSL : EP/C PM-DSL : R/F PM-DSL :.0ct.0.0 R/F PM-DSL : EP/A Brooktree BT0 PM-DSL0 : EP/B PM-DSL0G : EPG/B PM-DSLG : EPG/A Brooktree BT0 PM-DSLG : EPG/C PM-DSL : EP/A Brooktree BT/0 PM-DSL : EP/A Brooktree BT/0 PM-DSLG : EPG/A Brooktree BT/0 PM-DSL : EP/A Brooktree BT/0 PM-DSLG : EPG/A Brooktree BT/0 PM-DSL : EP/A Brooktree BT0 PM-DSLG : EPG/A Brooktree BT0 PM-DSL :.0.0. EP/A Brooktree BT0 PM-DSLG :.0.0. EPG/A Brooktree BT0 PM-DSL : EP/A Brooktree BT0 PM-DSLG : EPG/A Brooktree BT0 PM-DSL : EP/A Brooktree BT0 PM-DSLG : EPG/A Brooktree BT0 PM-DSL0 : EP/A Brooktree BT0 PM-DSL0G : EPG/A Brooktree BT0 PM-DSL : EP/A Brooktree BT0 PM-DSLG : EPG/A Brooktree BT0 PM-DSL : EP/A Brooktree BT0 PM-DSLG : EPG/A Brooktree BT0 PM-DSL : EP/A Brooktree BT PM-DSLG : EPG/A Brooktree BT PM-DSL : EP/A Brooktree BT PM-DSLG : EPG/A Brooktree BT PM-DSL : EP/A Burr Brown AFC IC P/N pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

14 Ratio (SEC:PRI) ± % Primary OCL (mh.) PRI - SEC L L (µh Max.) DCR ( Ω Max) PRI SEC DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C Package / Schematic IC Manufacture PM-DSLG : EPG/A Burr Brown AFC PM-DSL : EP/A Burr Brown AFC PM-DSLG : EPG/A Burr Brown AFC PM-DSLG : EPG/I Alcatel MTK-00 PM-DSLG : EPG/J Globespan DLC PM-DSL : EP/A PM-DSLG : EPG/A PM-DSL0 : EP/D PM-DSL : EP0/X Globespan PM-DSLG : EP0G/X Globespan PM-DSL : EP/C Globespan PM-DSL : EP/C Globespan PM-DSL : EP/K Globespan PM-DSL : EP/K Globespan PM-DSL : EP/L Globespan PM-DSL : EP/D PM-DSL : P-/M Brooktree/LV SK00/ PM-DSLG : EPG/I PM-DSL0 : EP/L PM-DSLG : EPG/L Globespan PM-DSL : EP/B Level One LXT00/ PM-DSLG : EPG/B Level One LXT00/ PM-DSL : EP/N Level One LXT00/ PM-DSLG : EPG/N Level One LXT00/ PM-DSL : EP/M Level One LXT PM-DSLG : EP/M Level One LXT/ PM-DSL : EP/B Alcatel MTK-00/0 PM-DSLG : EPG/B Alcatel MTK-00/0 PM-DSL : EP/B Alcatel MTK-0 PM-DSL : EP/O Alcatel AB0000 PM-DSL : EP/P Alcatel AB0-00 PM-DSL0 : EP/Q Texas THS0 PM-DSL :..0.. EP/R Motorola XSSK PM-DSLG :..0.. EPG/R Motorola XSSK PM-DSL : EP/I Alcatel MTK-0 PM-DSLG : EPG/I Alcatel MTK-0 PM-DSL :...0. EP/Q Texas TNETD000R PM-DSL : EP/S Level One SK00/0/ PM-DSLG : EPG/S Level One / PM-DSL :.0... EP/B Lucent LEO PM-DSL :... EP/T Analog Devices AD0msp PM-DSL : EP/T Globespan DMT IC PM-DSLG : EPG/T Globespan DMT IC IC P/N pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

15 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD ELECTRICAL TEMP RANGE SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C Ratio (SEC:PRI) ± % Primary OCL (mh.) PRI - SEC L L (µh Max.) DCR ( Ω Max) PRI SEC Package / Schematic IC Manufacture PM-DSLG :.... EPG/T Analog Devices AD0msp PM-DSL : EP/D Globespan HDSL PM-DSL0 : EP/D Conexant 0 PM-DSL0G : EPG/D Conexant 0 PM-DSL : EPG/B Globespan DSL PM-DSLG : EPG/B Globespan DSL PM-DSLG : EPG/A Globespan MDSL PM-DSLG :..0.. EPG/A Globespan MDSL PM-DSL : EP/T Analog Devices AD0msp0 PM-DSLG : EPG/T Analog Devices AD0msp0 PM-DSLG : EPG/T Centillium CT-LSC0 PM-DSLG : EPG/I Analog Devices CT-L0SC0 PM-DSL : EP/D Conexant CN00 PM-DSLG : EPG/T Centillium CT-LST0 PM-DSL0 :....0 EP/T Analog Devices AD0msp PM-DSL :..0.. EP/D Level One SK 00 PM-DSLG : EP0/X Globespan PM-DSLG : EP/N Level One LXT00 PM-DSL : EP/V PM-DSLG : EPG/V PM-DSL : EP/W Globespan GS /GS PM-DSLG : EPG/W Globespan GS /GS PM-DSL : EP/W PM-DSL : EP/Y PM-DSL :.0.0 EP/Z Globespan HDSL PM-DSL : EP/V PM-DSLG : EPG/V PM-DSL0 : EP/N PM-DSL ::: EP/AA PM-DSL : EP/V Globespan GS /GS PM-DSLG : EPG/V Globespan GS /GS PM-DSLG : EPG/V METALINK PM-DSLG :...0. EPG/V METALINK PM-DSLG : EPG/AB PM-DSLG : EPG/B PM-DSLG : EPG/V METALINK PM-DSL : EP/V PM-DSLG : EPG/V PM-DSL0 : EP/R PM-DSL0G : EPG/R PM-DSL0 : EP/AE PM-DSL0G : EPG/AE PM-DSL0G : EPG/V Globespan IC P/N pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

16 MECH. PKG. "EP" DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD MECH. PKG. "EPG" RECOMMENDED PCB LAYOUT 0.00 (.) B-0, mm TIPS ONLY.0 (.).00 (.) 0.00 (.) PIN # SPECIAL LOW PROFILE BOBBIN.0 (.).00 (.0) CORE TAPED.0 (.)..00 (.) (.) NOTE: THIS IS.0MM LEAD TIP BOBBIN (B-0 ONLY) TERMINATIONS CANNOT EXCEED STANDOFFS.0 (.).00 (.) REMOVE PIN#. (.). (0.00).0 (.) PIN #.0 (.0).0 (.) CORE TAPED. (.).00 (0.) 0.0 (0.0).00 (.).0 (0.) MIN.0 (.00) MIN.00 (.) MECH. PKG. "EP0" MECH. PKG. " EP0G" RECOMMENDED PCB LAYOUT.00 (.).00 (.).0.00 (.0) (.) PIN #.0 (.). (.0) CORE TAPE.0 (.) PIN #. (0.).00 (.).0 (.) MIN.0 (.).0 (.).0 (.). (.) PIN #.0 (.) CORE TAPED.0 (.).0 (.).0 (0.0).0 (.0).00 (0.).0 (.) MIN.00 (.) pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

17 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD MECH. PKG. "EP" MECH. PKG. "EPG".0 (.) RECOMMENDED PCB LAYOUT. (.). (0.0) PIN # CORES TAPED. (.).00 (0.) PIN # (Dot).00 (.).00 (.).0 (.).0 SQ.. (.00). (.00). (0.0) CORE TAPED.00 (0.). (.). (.). (.00).0 (0.).00 (.). (.).0 (.) MECH. PKG. "R" MECH. PKG. "EP".0 (0.) CORE CLIPS, EA DENOTES PIN# SIDE OF BOBBIN.0 (.). (.).0 (.0).0 (.0). (.00).00 (0.) PIN #.0 (.) CORE TAPED. (.) MIN LEAD LENGTH IS." MIN FROM.0 (.0).0 (.) WIRE/SOLDER CONNECTION TO LEAD TIPS..0 (.) DIA.0 (.).0. (.) (.) DIA..0 (.) () () () () CUSTOMER PIN (#) pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

18 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD MECH. PKG. "P/" PIN # I.D..0 (.) Max.0 (.0) Max..0 (.).0 (.0)..0.0 (.).0 (.).0.0 PM-DSLxx SCHEMATIC "A" PM-DSLxx SCHEMATIC "B" DENOTES PIN # 0 DENOTES PIN # SEC #B PRI #B SEC #B PRI #A SECONDARY (CHIP SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) (LINE SIDE) SEC #A PM-DSLxx SCHEMATIC "C" PRI #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# SEC #A PRI #B NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "D" 0 DENOTES PIN # 0 DENOTES PIN # SEC #B PRI #B PRI #B SEC #B SECONDARY or (CHIP SIDE) (LINE SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) SEC #A PRI #A PRI #A SEC #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# OR PIN# TO PIN# ) SECONDARY PIN # MAKES NO CONNECTION NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

19 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD PM-DSLxx SCHEMATIC "E" PM-DSLxx SCHEMATIC "F" 0 DENOTES PIN # DENOTES PIN # SEC #B PRI #B SECONDARY (CHIP SIDE) (LINE SIDE) PRI #A SEC #A PRI #A SECONDARY NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "G" PRI #B PM-DSLxx SCHEMATIC "H" 0 DENOTES PIN # DENOTES PIN # SEC #B PRI #B PRI #B SEC #B SECONDARY (CHIP SIDE) (LINE SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) SEC #A PRI #A PRI #A SEC #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "I" NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "J" 0 DENOTES PIN # DENOTES PIN # SECONDARY (CHIP SIDE) SEC #B SEC #A PRI #A PRI #B (LINE SIDE) LINE SIDE SECONDARY IC SIDE NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

20 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD PM-DSLxx SCHEMATIC "K" PM-DSLxx SCHEMATIC "L" DENOTES PIN # DENOTES PIN # PRI #A SEC #A PRI #A SEC #A (LINE SIDE) SECONDARY (CHIP SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) PRI #B SEC #B NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "M" SEC #B PRI #B NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "N" DENOTES PIN # DENOTES PIN # 0 PRI #B SEC #B SEC #B PRI #B (LINE SIDE) SECONDARY (CHIP SIDE) SECONDARY (CHIP SIDE) (LINE SIDE) PRI #A SEC #A SEC #A PRI #A PM-DSLxx SCHEMATIC "O" PM-DSLxx SCHEMATIC "P" DENOTES PIN # DENOTES PIN # LINE SIDE SECONDARY IC SIDE LINE SIDE IC SIDE pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

21 DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD PM-DSLxx SCHEMATIC "Q" PM-DSLxx SCHEMATIC "R" DENOTES PIN # DENOTES PIN # 0 0 PRI #B SEC #B LINE SIDE SECONDARY IC SIDE (LINE SIDE) SECONDARY (CHIP SIDE) PRI #A SEC #A PM-DSLxx SCHEMATIC "S" NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "T" 0 DENOTES PIN # 0 DENOTES PIN # PRI #B SEC #B PRI #B SEC #B (LINE SIDE) SECONDARY (CHIP SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) PRI #A SEC #A PRI #A SEC #A NOTE: ) CENTER TAP IS FO RMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "U" NOTE: ) PRIM AR Y C ENTER TAP IS FO RM ED BY CONNECTING PIN# TO PIN# ) SECONDARY C ENTER TA P IS FOR M ED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "V" DENOTES PIN # 0 DENOTES PIN # PRI #B SEC #B PRI #B (LINE SIDE) PRI #A SEC #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# SECONDARY (CHIP SIDE) SECONDARY (CHIP SIDE) PRI #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# (LINE SIDE) pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

22 PM-DSLxx SCHEMATIC "W" DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD PM-DSLxx SCHEMATIC "X" DENOTES PIN # PRI #B DENOTES PIN # PRI #A (LINE SIDE) SECONDARY (CHIP SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) PRI #A 0 NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PRI #B NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "Y" PM-DSLxx SCHEMATIC "Z" DENOTES PIN # 0 () () DENOTES PIN # PRI #B SEC #B SECONDARY # PRI #A (LINE SIDE) () () SECONDARY (CHIP SIDE) SECONDARY () (CHIP SIDE) () (LINE SIDE) PRI #A SEC #A SECONDARY # PRI #B (0) () CUSTOMER PIN (#) NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "AA" CUSTOMER PIN (#) NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "AB" DENOTES PIN # 0 DENOTES PIN # 0 PRI #B SEC #B (LINE SIDE) PRI #A SEC #A SECONDARY (CHIP SIDE) PRI #B SEC #B PRI #A SEC #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

23 PM-DSLxx SCHEMATIC "AC" DSL LINE ISOLATION TRANSFORMERS THRU HOLE OR SMD PM-DSLxx SCHEMATIC "AD" DENOTES PIN # 0 DENOTES PIN # SEC #B PRI #B PRI #B SEC #B SECONDARY (CHIP SIDE) (LINE SIDE) (LINE SIDE) SECONDARY (CHIP SIDE) SEC #A PRI #A PRI #A SEC #A NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# NOTE: ) CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# ) SECONDARY CENTER TAP IS FORMED BY CONNECTING PIN# TO PIN# PM-DSLxx SCHEMATIC "AE" DENOTES PIN # PRI #A PRI #B SECONDARY # SECONDARY #B 0 SECONDARY #A pm-dslxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

24 FEATURES Ê Excellent Longitudinal Balance Ë 00V Isolation Ì Inductance Tolerance ± % Í DC Current up to 00mA COUPLED INDUCTOR For Uses in ADSL POTS Low Pass Filters ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C Inductance (each wdg) (mh) DC R (each wdg) (Ω ) Isolation (Vrms) Function Package / Schematics PM-IND0.0±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND0E.0±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND00.00±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND00E.00±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND0.0±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND0E.0±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND0.0±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND0E.0±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND00.0±%.0 00 Coupled Inductor for POTS Low Pass Filter A PM-IND00.0±%.0 00 Coupled Inductor for POTS Low Pass Filter A PM-IND00E.0±%.0 00 Coupled Inductor for POTS Low Pass Filter C PM-IND0.±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND0E.±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND00.00±%.0 00 Coupled Inductor for POTS Low Pass Filter A PM-IND00E.0±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND0.±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND0E.±%. 00 Coupled Inductor for POTS Low Pass Filter C PM-IND0.±%. 00 Coupled Inductor for POTS Low Pass Filter A PM-IND0E.±%.0 00 Coupled Inductor for POTS Low Pass Filter C PM-IND00.0±%.0 00 Coupled Inductor for POTS Low Pass Filter B PM-IND00.0±%.0 00 Coupled Inductor for POTS Low Pass Filter B pm-indxxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

25 COUPLED INDUCTOR For Uses in ADSL POTS Low Pass Filters PACKAGE "A" PACKAGE "B" DENOTES PIN # DENOTES PIN # PIN # NOTCH 0 0 P PM-INDXXX M PM-INDXXX P M PIN # NOTCH.0 (.0).0 (.).0 (.0).00 (.).0 (.).0 (.) MIN.0 (.).0 (.).00 (.).0 (.0).0 (.).0 (.).00 (.).00 (0.).0 (.).0 (.).00 (.).0 (.) PACKAGE "C" DENOTES PIN # 0 PM-INDXXX P M PRI SEC PIN #.0 (.).0 (.) CORE TAPED.0 (.).0 (.) MIN.0 (.).0 (.).00 (.). (0.00) 0 pm-indxxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

26 Ê For T/CEPT/ISDN-PRI Telecommunications Applications Ë Designed to Meet CCITT and FCC Requirments Ì Designed for Majority of Line Interface Transceiver Chips EXTENDED TEMP RANGE T/E/ISDN-PRI KV - REINFORCED SMD TRANSFORMERS Í Package meets UL -V0 Flammability º KV Reinforced Insulation to EN00» Dual Core SMD Package ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO PRI : SEC (± %) OCL (mh Min.) L L (µh Max.) PRI-SEC Cw/w (pf Max.) /SEC DCR (Ohms Max.) PINS Package / Schematic PM-T00 ct:ct & ct:ct.0 & / & - A PM-T0 ct:ct & ct:ct.0 & /.00 - & - A PM-T0 ct:.ct & ct:ct.0 & / & - A PM-T0 ct:.ct & ct:.ct.0 & / & - A PM-T0 ct:.ct & ct:ct.0 & /.00 - & - A PM-T0 ct:.ct & ct:.ct.0 & /.00 - & - A PM-T0 ct:.ct & ct:.ct.0 & /.00 - & - A PM-T0 ct:ct & ct:.ct.0 & /.00 - & - A PM-T0 ct:ct & ct:.0ct.0 & /.00 - & - A PM-T0 ct:ct & ct:.ct.0 & /.00 - & - A PM-T0 ct:ct & ct:.ct.0 & /.00 - & - A PM-T0 ct:ct & ct:ct.0 & /.00 - & - A PM-T0 ct:ct & ct:ct.0 & /.00 - & - A PM-T00 () :.tp & :.tp.0 & /.00 - & - B () Dual Ratio Transformers, tp = tapped as follows PM-T00: CORE A = PINS - : PINS - = :. ; PINS - : PINS - =..00 CORE B = PINS - : PINS - = :. ; PINS 0- : PINS - =..00 PCB LAYOUT 0 MECHANICAL.0 (.0) x.0 (.0).0 (.) x.00 (.) x.00 (.).00 (.) PIN# DOT P PM-T0XX M.0 (.).00 (.).0 (.).0 (.).00 (0.).00 (.).00 (.).00 (.).00 (.).00 (.) FLAT.00 (0.).0 (.).00 (0.) SCHEMATICS A 0 B SECONDARY LINE SIDE DUAL CORE SECONDARY 0 : : :.tp :.tp CORE A CORE B TRAN CORE RCV CORE CHIP SIDE pmt0xx / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

27 Ê Reinforced Insulation Per EN00/EN00 Ë 000Vrms Minimum Isolation Voltage Ì For T/CEPT/ISDN-PRI Line Interfaces NORMAL TEMP RANGE T/E/ISDN-PRI KV - REINFORCED THRU-HOLE TRANSFORMERS Í Matched to Leading Transceiver Chips Î Industry Standard UL-V0 Package Ï Single Core Configurations SINGLE CORE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C TURNS RATIO (Pri:Sec ± %) OCL (mh Min.) L L (µh Max.) PRI-SEC Cw/w (pf Max.) DCR (Ohms Max.) SECONDARY DCR (Ohms Max.) Schematics on Page Primary Pins PM-IS0.CT: C - PM-IS CT: C - PM-IS :.CT D 0- PM-IS CT:CT A - PM-IS : B - PM-IS () : E 0- PM-IS () :.tp/ D 0- PM-IS () : E 0- PM-IS :.CT D 0- PM-IS () :/.tp D 0- EXTENDED TEMP RANGE SINGLE CORE ELECTRICAL SPECIFICATIONSAT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (Pri:Sec ± %) OCL (mh Min.) L L (µh Max.) PRI-SEC Cw/w (pf Max.) DCR (Ohms Max.) SECONDARY DCR (Ohms Max.) Schematics on Page Primary Pins PM-IS () : E 0- PM-IS () :.tp/ D 0- PM-IS () :/.tp D 0- () Dual Ratio Transformers, tp = Tapped as Follows PINS 0- : PINS - = :. ; PINS 0- : PINS- = : PINS 0- : PINS - = : ; PINS 0- : PINS- = :. () Pins & Are Electrically Connected Together Inside The Case, Trim/Remove Pin#,,,, pmisxxx / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

28 T/E/ISDN-PRI KV - REINFORCED THRU-HOLE TRANSFORMERS SCHEMATICS MECHANICAL SINGLE CORE PACKAGE SCHEMATIC "A" SECONDARY 0 SCHEMATIC "B" SECONDARY 0 0 P M PM-ISX. (.). (.) SCHEMATIC "C" SCHEMATIC "D" SECONDARY (.).00 (0.).0 DIA. (.).0 (.0) MIN SECONDARY.00 (.0).00 (0.) UNUSED PINS ARE OMITTED.00 (0.) SCHEMATIC "E" 0 SECONDARY pmisxxx / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

29 Ê Transmit & Receive in a Single SMD Package Ë 000Vrms Minimum Isolation Voltage T/E DUAL CORE SMD ISOLATION TRANSFORMERS Ì Industry Standard SMD Package Í Extended Temperature Range Versions ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C TURNS RATIO (PRI:SEC ± %) T T OCL (mh Min.) PRI - SEC L L (µh Max.) PRI - SEC Cw/w (pf Max.) DCR (PRI/SEC Ω Max) T T Schematic PM-IS0 :.ct :: /.0././. D PM-IS ct:ct : /. 0./0. B PM-IS :ct :.ct /. 0./0. A PM-IS :.ct :ct /0. 0./. A PM-IS :ct :.ct /. 0./0. A PM-IS :ct : /. 0./0. C PM-IS :ct :ct /. 0./. A PM-IS :.ct ct:ct /0. 0./. E PM-IS ct:ct :.ct /. 0./0. I EXTENDED TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (PRI:SEC ± %) T T OCL (mh Min.) PRI - SEC L L (µh Max.) PRI - SEC Cw/w (pf Max.) DCR (PRI/SEC Ω Max) T T Schematic TSD- () :. Tp ct:ct.0/.0 0.0/0.0 0/ 0./..0/.0 E TSD- () ct:ct ct:ct /. 0./. F PM-IS ct:ct ct:ct /.0.0/.0 F PM-IS ct:ct ct:ct /.0.0/.0 G PM-IS0 :.ct ct:ct /.0.0/.0 H PM-IS ct:.ct ct:.ct /.0.0/.0 G PM-IS ct:ct ct:ct /.0.0/.0 G PM-IS :. Tp ct:ct.0/.0 0.0/0.0 0/ 0./..0/.0 E PM-IS ct:ct ct:ct /.0.0/.0 F PM-IS ct:.ct ct:ct /.0.0/.0 F PM-IS ct:.ct ct:ct /.0.0/.0 G PM-IS ct:ct ct:ct /.0.0/.0 J PM-IS :ct :.ct /.0.0/. A PM-IS0 ct:.ct ct:.ct /. 0./. J PM-IS :.ct : ct /0. 0./. A PM-IS :.ct ct:ct /.0.0/.0 E PM-IS ct:ct :.ct /.0.0/. I PM-IS ct:ct ct:.ct /../. G PM-IS ct:ct ct:ct /.0.0/.0 G PM-IS ct:ct ct:ct /.00.0/.0 F PM-IS ct:ct : /. 0./0. B PM-IS :ct :ct /0. 0./0. k PM-IS ct:ct ct:ct /. 0./. G Tp : T RATIO'S ARE, PINS - : PINS - = : 0.0 ; PINS - : PINS - = :.00 ; PINS -:PINS - = :.0 (): 00Vrms HI-POT pmis_x 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

30 T/CEPT DUAL CORE SMD ISOLATION TRANSFORMERS SCHEMATICS A B C D E F SEC T T SEC 0 PRI SEC T T SEC 0 SEC T T SEC 0 PRI PRI T T SEC SEC SEC 0 SEC PRI T T SEC 0 SEC PRI T T PRI SEC 0 G H I J K PRI SEC T T SEC PRI 0 PRI SEC T T SEC PRI 0 SEC T T PRI SEC 0 PRI PRI T T SEC SEC 0 PRI PRI T T SEC SEC 0 MECHANICAL PCB LAYOUT 0 RECOMMENDED PCB LAYOUT M P PM-ISXX.0 (0.) x.0 (.).0 (.) x.00 (.) PIN# x.0 (.). (.0).0 (.).0 (.).0 (.).00.0 (.) (0.).0 (.).00 (.).00 (0.) MIN.0 (.0).00 (0.) pmis_x 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

31 Ê Transmit & Receive in a Single SMD Package Ë 00Vrms Minimum Isolation Voltage NORMAL TEMP RANGE T/E/ISDN-PRI DUAL CORE SMD ISOLATION TRANSFORMERS Ì Industry Standard SMD Package Í Extended Temperature Range Versions ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C TURNS RATIO (PRI:SEC ± %) T T OCL (mh Min.) PRI-SEC L L (µh Max.) PRI-SEC Cw/w (pf Max.) DCR (PRI/SEC Ω Max) T T Schematic PM-IS0 ct:ct ct:ct.0 0.0/0.0 / 0./. 0./. C PM-IS ct:ct :.ct.0 0.0/0.0 / 0./. 0./0. B PM-IS :ct ct:.ct.0 0.0/0.0 0/ 0./. 0./0. A PM-IS :.ct ct:ct.0/.0 0.0/0.0 /0 0./0. 0./. F PM-IS ct:ct :.0ct.0 0.0/0.0 /0 0./. 0./0. B EXTENDED TEMP RANGE ELECTRICAL SPECIFICATIONSAT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (PRI:SEC ± %) T T OCL (mh Min.) PRI-SEC L L (µh Max.) PRI-SEC Cw/w (pf Max.) DCR (PRI/SEC Ω Max) T T Schematic PM-IS ct:ct ct:ct.0 0.0/0.0 /.0/..0/. C PM-IS ct:ct :.ct.0.00/0.0 0/0./.0./. B PM-IS :.ct ct:ct.0 0.0/0.0 0/0.0/.0./.0 F PM-IS :ct :.0.0/.0 0/0./../0. G PM-IS ct:ct ct:ct.0 0.0/0.0 /.0/.0.0/.0 D PM-IS0 ct:.ct ct:.ct.0 0.0/0.0 0/0./../. D PM-IS ct:ct ct:ct.0 0.0/0.0 0/0.0/.0.0/. D PM-IS ct:.ct ct:ct.0 0.0/0.0 0/0./../. C PM-IS ct:.ct ct:.ct.0 0.0/0.0 0/0./../. D PM-IS ct:.ct ct:.ct.0 0.0/0.0 0/0 0./. 0./. E PM-IS ct:.0ct ct:ct.0 0.0/0.0 0/0./..0/. C PM-IS Tp () :ct ct:ct.0.0/.0 0/0./../. C () Tp: T RATIO'S ARE, PINS -0 : PINS - = :.00 ; PINS -0:PINS - = :.ct ; PINS -:PINS - = :.ct pmis_x 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

32 T/E/ISDN-PRI DUAL CORE SMD ISOLATION TRANSFORMERS MECHANICAL 0 PCB LAYOUT RECOMMENDED P.C.B. LAYOUT PIN# DOT P PM-ISX M. (.). (.). (.) x.0 (.0) x.00 (.).00 (.).00 (0.) x.00 (.).00 (.0).0 (.).00 (0.).00 (.).00 (.).00 (.).00 (.).00 (.) FLAT.00 (0.).00 (.).00 (0.) SCHEMATICS A B C SEC T T SEC 0 SEC T T PRI SEC 0 SEC PRI T T PRI SEC 0 D E F G PRI PRI T T SEC SEC 0 SEC SEC T T PRI PRI 0 SEC PRI T T SEC 0 T T SEC SEC 0 pmis_x 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

33 Ê Transmit & Receive in a QUAD SMD Package Ë 00Vrms Minimum Isolation Voltage NORMAL TEMP RANGE T/E QUAD PORT SMD ISOLATION TRANSFORMERS Ì Industry Standard SMD Package Í Extended Temperature Range Versions ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C TURNS RATIO PRI OCL PRI - SEC PRI - SEC (PRI:SEC ± %) TX&RX TX&RX L L Cw/w PINS TX RX (mh.) (µh Max.) (pf Max.) TX RX Schematic PM-00.CT: :CT. 0. -,-,-,- -,-0,-,-0 C PM-0 CT:..:CT. 0. -,-,-,-, -,-0,-,-0 C PM-0 CT: :CT ,-,-,-, -,-0,-,-0 C PM-0 : CT:..0 -,-0,-,-0 -,-,-,- D PM-0 :. :. 0. -,-,-,- -,-,-,- F PM-0 : :. 0. -,-,-,- -,-,-,- F PM-0 :. :. 0. -,-,-,- -,-,-,- F PM-0 :.0 :. 0. -,-,-,- -,-,-,- F PM-0 :CT CT:. 0. -,-0,-,-0 -,-,-,- C PM-0 : :. 0. -,-,-,- -,-0,-,-0 E PM-0 :. : ,-,-,- -,-0,-,-0 E PM- :. :. 0. -,-,-,- -,-,-,- B PM- :. :CT. 0. -,-,-,- -,-,-,- A PM- CT:. CT: ,-,-,- -,-,-,- C PM- :CT :CT. 0. -,-,-,- -,-,-,- B PM- :.CT :CT. 0. -,-0,-,-0 -,-0,-,-0 C PM- : :CT. 0. -,-0,-,-0 -,-,-,- D PM- :CT :CT. 0. -,-0,-,-0 -,-0,-,-0 C PM- :. :.CT. 0. -,-,-,- -,-,-,- A PM- :. :.CT ,-,-,- -,-,-,- A EXTENDED TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (PRI:SEC ± %) TX RX PRI OCL TX&RX (mh.) PRI - SEC TX&RX L L (µh Max.) PRI - SEC Cw/w (pf Max.) PINS Schematic TX RX PM-00.CT: :CT..0 -,-,-,- -,-0,-,-0 C PM-0 CT:..:CT..0 -,-,-,-, -,-0,-,-0 C PM-0 CT: :CT.. 0 -,-,-,-, -,-0,-,-0 C PM-0 : CT:.. -,-0,-,-0 -,-,-,- D PM-0 :. :..0 -,-,-,- -,-,-,- F PM-0 : :..0 -,-,-,- -,-,-,- F PM-0 :. :..0 -,-,-,- -,-,-,- F PM-0 :.0 :..0 -,-,-,- -,-,-,- F PM-0 :CT CT:. 0. -,-0,-,-0 -,-,-,- C PM-0 : :. 0. -,-,-,- -,-0,-,-0 E PM-0 :. : ,-,-,- -,-0,-,-0 E pm-_ 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

34 T/E QUAD PORT SMD ISOLATION TRANSFORMERS EXTENDED TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO PRI OCL PRI - SEC PRI - SEC (PRI:SEC ± %) TX&RX TX&RX L L Cw/w PINS TX RX (mh.) (µh Max.) (pf Max.) TX RX Schematic PM- :. :. 0. -,-,-,- -,-,-,- B PM- :. :CT. 0. -,-,-,- -,-,-,- A PM- CT:. CT: ,-,-,- -,-,-,- C PM- :CT :CT. 0. -,-,-,- -,-,-,- B PM- :.CT :CT. 0. -,-0,-,-0 -,-0,-,-0 C PM- : :CT. 0. -,-0,-,-0 -,-,-,- D PM- :CT :CT. 0. -,-0,-,-0 -,-0,-,-0 C PM- :. :.CT. 0. -,-,-,- -,-,-,- A PM- :. :.CT ,-,-,- -,-,-,- A PM-0 CT:.0 CT: ,-,-,-, -,-,-,- C PM-xxx MECHANICAL PM-xxx PCB LAYOUT 0 PIN # I.D. 0 P M PM-xxx 0.00 (.) -PLACES.00 (0.) 0-PLACES.0 (.).00 (.) 0-PLACES.0 (.) PIN# DOT. (.).0 (.).0 (.).0 (0.).0 (.).00 (.).0 (.).00 (.).0 (.).00 (0.0) FLAT.0 (.).0 (.).00 (0.) pm-_ 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

35 T/E QUAD PORT SMD ISOLATION TRANSFORMERS PM-XXX SCHEMATICS A B C D E F pm-_ 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

36 T/E/ISDN-PRI Quad Port SMD Transformer with IC Side Protection Ê IC Side Protection Circuit on Each Channel to Suppress Low Voltage Transients Ë Compatible with PMC-Sierra's Comet Chip (PM) Ì Industry Standard SMD Package Meets C IR Reflow Í 00Vrms Minimum Isolation Voltage ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C TURNS RATIO (PRI:SEC ± %) TX RX PRI OCL TX&RX (mh.) LEAKAGE TX&RX (µh Max.) Cw/w TX&RX (pf Max.) DCR TX&RX (Ohm Max.) PM-0 :. :. 0. & & 0. & --- & --- Schematic ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO PRI OCL LEAKAGE Cw/w DCR (PRI:SEC ± %) TX&RX TX&RX TX&RX TX&RX TX RX (mh.) (µh Max.) (pf Max.) (Ohm Max.) Schematic PM-0 :. :. 0. & & 0. &.0 &.0 PM- :. :. 0. & & 0. &.0 &.0 PM- :. :.. &. 0. & 0. 0 & & --- PM-xx MECHANICAL SCHEMATICS 0.0 (.) V G 0 P M 0. (.).0 (0.) PM-xx.0 (.).00 (.).0 (.).0 (.).0 (.).00 (.).00 (.) 0-PLACES.00 (0.) 0-PLACES.0 (.).0 (.).00 (0.0) FLAT.0 (.).0 (.).00 (.).00 (0.) V G 0 0 V G V G 0 pm-xx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

37 T/DS/E/STS- ISOLATION TRANSFORMERS Ê Optimized for use with T/DS/E/STS- Links Í Rates of. MBPS Using BZS Code Ë 00/000Vrms Minimum Isolation Voltages Î Rates of. MBPS Using HDB Code Ì Bandwidths up to 00MHz Ï -Pin Through-Hole or SMD Packages The characteristics of these parts will allow the pulse templates of CCITT G.0 & ATT T.A. to be met NORMAL TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C TURNS RATIO (± %) PRI INDUCTANCE (µh + O -0 O C PRI - SEC Cw/w (pf Max.) PRI - SEC L L (µh Max.) PACKAGE SCHEMATIC Bandwidth Ω System (MHz Typ) HI-POT (Vrms MIN.) PM-T0 :CT 0 0. A B PM-T0 : 0 0. A A PM-T0 :CT 0 0. G B PM-T0 : 0 0. G A PM-T0 :.CT L B PM-T0 : L A PM-T0 :CT L B PM-T0 CT:CT L C PM-T0 :.CT T C PM-T : T A PM-T :CT T C PM-T.: 0() L D PM-T.: L A PM-T : T A () PM-T0 :CT T D () () 000Vrms Reinforced insulation per BABT EN00/EN00 () Inductance test on pin - side. EXTENDED TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (± %) PRI INDUCTANCE (µh + O -0 O C PRI - SEC Cw/w (pf Max.) PRI - SEC L L (µh Max.) PACKAGE SCHEMATIC PM-T0 : L A PM-T0 :CT 0.0 L B PM-T0 CT:CT L C PM-T00 : T A PM-T0 :CT T D () PM-T0 : T A PM-T0 : T A () 000Vrms Reinforced insulation per BABT EN00/EN00 Bandwidth Ω System (MHz Typ) HI-POT (Vrms MIN.) pmt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

38 T/DS/E/STS- ISOLATION TRANSFORMERS G MECHANICALS A G SCHEMATICS B P M PM-TXX SECONDARY SEC. DOT DENOTES PIN #.00 (.).00 (.) C.0 (.).0 (0.).00 (.).0 (.).00 (.0).00 (.0).0 (0.).0 (0.).00 (0.) L MECHANICALS A L SCHEMATICS B P M PM-TXX SECONDARY SEC. DOT DENOTES PIN #.00 (.). (.00) C D.0 (.) SEC. SEC..0 (0.).00 (.).0 (.).00 (0.) PRI. PRI. A MECHANICALS A SCHEMATICS P PM-TXX M A B DOT DENOTES PIN #. 00 (.). 00 (0.) SECONDARY SEC.. 0 (.). AW G.0 0 D IA. (0.) TY P.. 00 (.0) TY P. 0 (.0) TY P. 00 (.) TY P. 00 (.) UNUSED PINS ARE OM ITTED pmt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

39 T/DS/E/STS- ISOLATION TRANSFORMERS T MECHANICALS T SCHEMATICS P PM-TXX M A D.00 (.0).0 (.) PRI. SEC. PRI. SEC..0 (.).0 (.).00 (0.).0 (.0).00 (.).00 (0.) DIA UNUSED PINS ARE OMITTED T MECHANICALS T SCHEMATICS DOT DENOTES PIN # M P PM-TXX.00 (.). (.0) A PRI. SEC. C PRI. SEC.. (.).0 (0.).00 (.).00 (.).00 (0.) pmt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

40 Ê Designed for IEEE 0. 0 Base-T Ë Compact Standard DIL or SIP Packages Ì Performs Impedance Match + Filtering + Isolation Insertion Loss to 0MHz (db Max) Tran. Rcv Return Loss to 0MHz (db Min.) Crosstalk to 0MHz (db Min.) Group Delay Change (ns Max.) -0MHz 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS Í 000Vrms Minimum Isolation Voltage Î Low Insertion Loss Ï Designed For Use With Most 0 Base T Chips ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C DIL (DUAL IN-LINE) THRU-HOLE Attenuation (db Min) 0MHz MHz 0MHz 0MHz T R T R T R T R PM-BT A PM-BT B PM-BT C PM-BT0, D PM-BT E PM-BT F PM-BT G SIP (SINGLE IN-LINE) THRU-HOLE Insertion Loss to 0MHz (db Max) Return Loss. to 0MHz (db Min.) 00 Ω + Ω Crosstalk (db Min.) MHz Group Delay Change -0MHz (ns Max.) Attenuation (db MHz) T R T or R Common mode rejection (db Min) MHz Cut Off MHz Pri to Sec Isolation (Vrms Min) Pri to Sec Isolation (Vrms Min) PM-BT () F = INCLUDES COMMON MODE FILTER = INCLUDES RESISTOR MATCHING NETWORK Schematic Schematic PM-BT0 SCHEMATICS Transmit Seven Pole Butterworth SCHEMATIC "A" SCHEMATIC "A" XMIT 00Ω : 00Ω 00 OHMS 00 OHMS 0 RCV 00Ω Receive Five Pole Butterworth : 0 00Ω XMIT FILTER RCV FILTER 00 OHMS 00 OHMS pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

41 Ê Available in Enhanced or Standard Design Version Ì Extended Temperature Version * Ë C Peak Infrared Reflow Temperature Rating Í Low Profile Surface Mount Package ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Insertion Loss to 0MHz (db Max) Return Loss to 0MHz (db Min.) 00Ω ±Ω Crosstalk to 0MHz (db Min.) -0Mhz Attenuation (XMIT) (db Min) Pri to Sec Isolation (Vrms Min) Schematic 0MHz 0MHz 00MHz MHz 0MHz 0MHz 00MHz 00MHz PM-BT H PM-BT J PM-BT H PM-BT K PM-BT L PM-BT L PM-BT L PM-BT L PM-BT K IC Manufacturer R RESISTOR VALUE (Ω) Common Mode Rejection (db Min) R R R R R R PM-BT AMD PM-BT Various N/A N/A N/A N/A N/A N/A N/A PM-BT National PM-BT National PM-BT AMD PM-BT LSI N/A.. PM-BT Motorola N/A N/A N/A.. * Note: For Extended Temperature version (-0 C to + C) Add "E" at the end of part # example: PM-BTxxxE 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BTXX PHYSICALS PCB LAYOUT 0 x.00 (.).0 (.) P M PM-BTxx x.00 (.0) x.00 (.) PIN # I.D..000 (.0).0 (.0) SUGGESTED PAD LAYOUT.0 (.0).00R (0.0).0 (0.).00 (.).00 (.).0 (.).00 (.).0 (.) FLAT.00 (0.).0 (.).00 (.).00 (0.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

42 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BT0 MECHANICAL.00 (0.).00 (0.) P M PM-BT0.00 (.) PIN# I.D..0 (.0) MIN.00 (0.).00 (.).00 (.).00 (.) PM-BT0 PHYSICALS Receive Five Pole Butterworth SCHEMATIC "B" SCHEMATIC "B" RCV 00Ω : 00Ω 00 OHMS RCV FILTER 00 OHMS 0 XMIT FILTER Transmit Seven Pole Butterworth XMIT 00Ω : 0 00Ω 00 OHMS 00 OHMS.00 (0.).00 (0.) P M PM-BT0.00 (.) PIN# I.D..0 (.0) MIN.00 (0.).00 (.).00 (.).00 (.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

43 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BT0 PHYSICALS ICAL COMMON MODE CHOKE: Inductance: to µhy Leakage Inductance: <0. µhy Max. Inter-Winding Capacitance: < pf Max. CMRR 0-00MHz >0db SCHEMATIC "C" SCHEMATIC "C" Transmit Seven Pole Butterworth XMIT 00Ω : 00Ω 00 OHMS 00 OHMS 0 RCV 00Ω Receive Five Pole Butterworth : 0 00Ω XMIT FILTER RCV FILTER 00 OHMS 00 OHMS PM-BT0S WITH STANDOFFS PM-BT0 WITHOUT STANDOFFS P M PM-BT0S P M PM-BT0 PIN# I.D..0 (0.).00 (0.) PIN# I.D..0 (0.).00 (0.).00 (.).00 (.).0 (.).0 (.0) MIN.0 (.0) MIN.00 (0.).00 (.).00 (.).00 (.).00 (0.).00 (.).00 (.).00 (.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

44 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BT0/0 PHYSICALS COMMON MODE REJECTION: Transmit: 0dB min from to 00MHz Receive: 0dB min from to 00MHz SCHEMATIC "D" & "E" SCHEMATIC "D" & "E" RETURN LOSS: Transmit: db min from to 0MHz Receive: db min from to 0MHz SCHEMATIC DIAGRAM "D" = PM-BT0 SCHEMATIC DIAGRAM "E" = PM-BT0 XMIT Transmit -Pole Butterworth...K Receive -Pole Butterworth.. 0 RCV 00Ω XMIT 00Ω Transmit -Pole Butterworth Receive -Pole Butterworth 00Ω RCV 00Ω P M PM-BT0X PIN# I.D..000 (.0)..00 (0.)..0 (.). (.0).00 (0.).00 (0.).00 (.).00 (.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

45 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BT PHYSICALS SCHEMATIC "F" SCHEMATIC "F" SCHEMATIC DIAGRAM LOW PASS FILTER XMIT 00Ω 00Ω LOW PASS FILTER 0 CHIP SIDE UTP SIDE LOW PASS FILTER RECV 00Ω 00Ω LOW PASS FILTER P M PM-BT PIN#.00 (.).0 (.). (.).00 (0.).00 (.).00 (.0).00 (.).00 (.). (.).00 (.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

46 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BT0 PHYSICALS ICAL COMMON MODE CHOKE: Inductance: to µhy Leakage Inductance: <0. µhy Max. Inter-Winding Capacitance: < pf Max. CMRR 0-00MHz >0db SCHEMATIC "F" SCHEMATIC "F" Transmit Seven Pole Butterworth 00 OHMS 00 OHMS 00Ω : XMIT 00Ω XMIT FILTER 0 RCV FILTER Receive Five Pole Butterworth 00 OHMS 00 OHMS 00Ω : 0 RCV 00Ω P M PM-BT0 PIN# I.D..0 (0.).00 (0.).00 (.).0 (.0) MIN.00 (0.).00 (.).00 (.).00 (.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

47 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BT0 PHYSICALS ICAL COMMON MODE CHOKE: Inductance: to µhy Leakage Inductance: <0. µhy Max. Inter-Winding Capacitance: < pf Max. CMRR 0-00MHz >0db SCHEMATIC "G" 00 OHMS SCHEMATIC "G" 00 OHMS XMIT 00Ω Transmit Seven Pole Butterworth Receive Five Pole Butterworth : 00Ω XMIT FILTER RCV FILTER 0 00 OHMS 00 OHMS RCV 00Ω : 0 00Ω PIN# I.D. P M PM-BT0.0 (0.).00 (0.).00 (.).0 (.0) MIN.00 (0.).00 (.).00 (.).00 (.) pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

48 0 Base-T DUAL INTERFACE MODULES TRANSFORMERS & FILTERS PM-BTxx SCHEMATIC " H " CHIP SIDE R R R R R : TX UTP SIDE 00Ω CHIP SIDE R R : RX UTP SIDE 00Ω 0 PM-BTxx SCHEMATIC " J " CHIP SIDE : TX UTP SIDE 0 0Ω CHIP SIDE : RX UTP SIDE 0 0Ω 0 PM-BTxx SCHEMATIC " K " CHIP SIDE : TX UTP SIDE 00Ω CHIP SIDE : RX UTP SIDE 00Ω * Turn Ratio for transmit: PM-BT is :, PM-BT is :. PM-BTxx SCHEMATIC " L " CHIP SIDE R R R R R : Note TX UTP SIDE 00Ω CHIP SIDE R R : RX UTP SIDE 00Ω * Note: Common Mode Choke on Transmit Channel for PM-BT, PM-BT, PM-BT pmbt / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

49 0/00 Base-TX QUAD PORT ISOLATION TRANSFORMERS WITH FILTERS Ê Designed for 0/00MB/s Transmission Over UTP- Cable, IEEE 0.u & ANSI X.- Ë Maintains > 0uHY Primary OCL with an ma Bias Over the Full Temp Range of 0 O C to +0 O C Ì Supports All Leading Fast Ethernet Chip Sets That Require a : Transmit & Receive Turns Ratio Í Provides the Cable Interface, Isolation & Common Mode Filtering Required by the PMD Sublayer º Low Profile Surface Mount Transfer Molded Package Meets UL-V0» All Units Meet 00Vrms Isolation NORMAL TEMP RANGE INSERTION LOSS (db Typ) 0. to 00MHz PM PM PM PM PM PM PM * * Maximum ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Cross Talk (db Typ) MHz MHz MHz MHz Return Loss (db Typ) MHz MHz MHz MHz Diff to Com Mode Rejection (db Typ) MHz MHz Com to Com Mode Rejection (db Typ) 0. to 0 MHz Transmit Receive EXTENDED TEMP RANGE INSERTION LOSS (db Typ) 0. to 00MHz PM PM PM PM PM PM PM * * Maximum ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C Cross Talk (db Typ) MHz MHz MHz MHz Return Loss (db Typ) MHz MHz MHz MHz Diff to Com Mode Rejection (db Typ) MHz MHz Com to Com Mode Rejection (db Typ) 0. to 0 MHz Transmit Receive pm-0xx 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

50 0/00 Base-TX QUAD PORT ISOLATION TRANSFORMERS WITH FILTERS PM-0 & PM-00 PM-0 & PM-0 TD+ : 0 TX+ RD+ : 0 RX+ TDct TXct TD- TX- RD- RX- RD+ : RX+ TD+ : TX+ TDct TXct RD- RX- TD- TX- TD+ : TX+ RD+ : RX+ TDct TXct TD- TX- RD- RX- RD+ : RX+ TD+ : TX+ CHIP SIDE : 0 RD- 0 TD+ TDct RX- TX+ TXct MEDIA SIDE CHIP SIDE TDct : 0 TXct TD- 0 RD+ TX- RX+ MEDIA SIDE TD- TX- RD- RX- RD+ : RX+ TD+ : TX+ TDct TXct RD- RX- TD- TX- TD+ : TX+ RD+ : RX+ TDct TXct TD- TX- RD- RX- RD+ : RX+ TD+ : TX+ TDct TXct 0 RD- RX- 0 TD- TX- pm-0xx 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

51 0/00 Base-TX QUAD PORT ISOLATION TRANSFORMERS WITH FILTERS PM-0 & PM-0 PM-00 & PM-0 RD+ : 0 TX+ RD+ : 0 RX- TXct RD- TX- RD- RX+ TD+ : RX+ TDct : TXct TDct TD+ TX- RX- TD- TD- TX+ : TD- TX- RX- TD- : TDct TXct TD+ TD+ TX+ TDct RX+ : RD- RX- RD- : TXct CHIP SIDE RD+ RD+ 0 RX+ : 0 TX+ TXct MEDIA SIDE CHIP SIDE RD+ RD+ 0 : 0 TX- TX+ RX- MEDIA SIDE RD- TX- RD- RX+ TD+ : RX+ TDct : TXct TDct TD+ TX- RX- TD- TD- TX+ : TD- TX- RX- TD- : TDct TXct TD+ TD+ TX+ TDct RX+ : RD- RX- RD- : TXct TX- RD+ 0 RX+ RD+ 0 TX+ pm-0xx 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

52 0/00 Base-TX QUAD PORT ISOLATION TRANSFORMERS WITH FILTERS PM-0 & PM-0 PM-0 & PM-0 RD+ : 0 RX+ RD- : 0 RX+ RD- RX- RD+ RX- TDct : TXct TDct : TXct TD+ TX+ TD- TX+ TX- TD- TD+ TX- TD- TX- RD- : TX- TD+ TX+ TX+ TDct TXct RD+ TXct RD- : RX- TDct : RX- CHIP SIDE RD+ RD+ 0 : RX+ 0 RX+ MEDIA SIDE CHIP SIDE TD- TD+ RD- 0 : RX+ 0 RX+ MEDIA SIDE RD- RX- TDct : TXct RD+ RX- TDct : TXct TD+ TX+ TD- TX+ TX- TD- TD+ TX- TD- TX- RD- : TX- TD+ TX+ TX+ TDct TXct RD+ TXct : RD- RX- TDct : RX- TD- RD+ 0 RX+ TD+ 0 RX+ pm-0xx 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

53 0/00 Base-TX QUAD PORT ISOLATION TRANSFORMERS WITH FILTERS PM-0 & PM-0 PM-0xx MECHANICAL RECOMMENDED PCB LAYOUT.0 (.).00 (.) 0-PLACES TD+ 0 TX+ TD- TDct RD+ TX- CMGND RX+.00 (0.) 0-PLACES.0 (.).00 (0.) RD- RD- RX- RX- CHIP SIDE RD+ TDct TD- TD+ 0 TD+ TD- TDct RD+ 0 RX+ CMGND TX- TX+ TX+ TX- CMGND RX+ MEDIA SIDE 0.00 (.) -PLACES 0.0 (.).0 (.).00 (0.0) FLAT.0 (.).0 (.).0 (.).0 (.).00 (.) RD- RD- RX- RX-.00 (.) RD+ TDct TD- TD+ 0 RX+ CMGND TX- TX+ P PM-0xx M. (.).0 (0.).0 (.) 0 PIN # I.D. PIN# DOT pm-0xx 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

54 FEATURES Ê Designed for 0/00BASE-T Applications Ë Compliant With IEEE 0. Standard Ì V IEC0 Isolation Voltages Í Versions Available with or without CMC Î Fast Rise Times SMALL OUTLINE 0/00BASE-T ISOLATION TRANSFORMERS GENERAL SPECIFICATIONS: Insertion Loss, to 0MHz dB Typ Return Loss, to 0MHz... -0dB Typ CMRR, to 0MHz... -0dB Typ Differential to CMRR, to 0MHz... -0dB Typ Cross Talk, to 0MHz... -db Min NORMAL TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C TURNS RATIO (PRI:SEC ± %) RCV XMIT OCL (µh Min.) PRI / SEC L L (µh Max.) PRI-SEC Cw/w (pf Max.) PRI DCR (Ω Max.) Hi-Pot (Vrms) Package/ Schematic PM-00 ct:ct ct:ct NO G/C PM-00 : : NO G/B PM-00 ct:ct ct:ct NO G/C PM-00 ct:ct ct:.ct YES G/D PM-00 ct:ct ct:.ct NO G/C PM-00 ct:ct ct:ct YES G/D PM-00 ct:ct ct:ct YES G/D PM-00 ct:ct ct:ct 0.0 / YES G/E PM-0 ct:ct ct:.0ct YES G/D PM-0 ct:ct ct:.ct YES G/H PM-0 ct:ct ct:ct YES G/D CMC EXTENDED TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (PRI:SEC ± %) RCV XMIT OCL (µh Min.) PRI / SEC L L (µh Max.) PRI-SEC Cw/w (pf Max.) PRI DCR (Ω Max.) Hi-Pot (Vrms) Package/ Schematic PM-00 ct:ct ct:.0ct NO G/C PM-00 ct:ct ct:.ct YES G/D PM-0 ct:ct ct:ct note YES G/E PM-0 ct:ct ct:.ct NO G/C PM-00 : : YES A/G PM-00 ct:ct ct:ct /0.0 KV IEC YES H/E PM-00 ct:ct ct:ct KV IEC YES H/D NOTES: ) KV ISOLATION VERSIONS ARE BUILT TO UL0, CSA0 & IEC0 REINFORCED INSULATION REQUIREMENTS ) PM-00 IS A QUAD DESIGN WITH COMMON MODE CHOKES. ) OCL - = 0 µh Min., - = 00 µh Min. CMC pm-0_0 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

55 SMALL OUTLINE 0/00BASE-T ISOLATION TRANSFORMERS SCHEMATICS SCHEMATIC DIAGRAM "B" SCHEMATIC DIAGRAM "C" G PACKAGE SCHEMATIC DIAGRAM "D" SECONDARY SECONDARY SEC. SEC. PRI. PRI. PRI. PRI. RCV XMIT RCV XMIT RCV XMIT SCHEMATIC DIAGRAM "E" SCHEMATIC DIAGRAM "F" SCHEMATIC DIAGRAM "H" PRI. PRI. RCV XMIT PRI. PRI. RCV XMIT PRI. PRI. RCV XMIT DIMENSIONS & PCB LAYOUT G PACKAGE 0 SUGGESTED PCB LAYOUT x.0 (.).0 (.) P M PM-0XX x.0 (.) x.00 (.) PIN#. (.0).0 (.).0 (.).00.0 (.) (0.).0 (.).00 (.).00 (0.) MIN.0 (.0).00 (0.) pm-0_0 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

56 SCHEMATICS SMALL OUTLINE 0/00BASE-T ISOLATION TRANSFORMERS H PACKAGE SCHEMATIC DIAGRAM "B" 0 SCHEMATIC DIAGRAM "C" 0 SCHEMATIC DIAGRAM "D" 0 SECONDARY SECONDARY SEC. SEC. RCV XMIT PRI. PRI. RCV XMIT PRI. PRI. RCV XMIT SCHEMATIC DIAGRAM "E" 0 SCHEMATIC DIAGRAM "F" 0 SCHEMATIC DIAGRAM "H" 0 PRI. PRI. RCV XMIT PRI. PRI. RCV XMIT PRI. PRI. RCV XMIT DIMENSIONS & PCB LAYOUT H PACKAGE SUGGESTED PCB LAYOUT 0 P M PM-xxx.0 (.0) x.0 (.0).0 (.) x.00 (.) x.00 (.).00 (.) PIN# DOT.0 (.).0 (.).0 (.).00 (0.).00 (.).00 (.).00 (.).00 (.).00 (.) FLAT.00 (0.).0 (.).00 (0.) pm-0_0 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

57 SCHEMATIC SMALL OUTLINE 0/00BASE-T ISOLATION TRANSFORMERS A PACKAGE SCHEMATIC DIAGRAM "G" 0 PRI. PRI. PRI. PRI. RCV XMIT RCV XMIT DIMENSIONS & PCB LAYOUT A PACKAGE P M PM-00 PIN# DOT.00 (0.). (.).0 (.).00 (.).00 (.).0 (.0) MIN.00 DIA (0.).00 (.) pm-0_0 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

58 0/00 Base-TX SINGLE PORT MAGNETIC MODULES Ê Meets All IEEE 0. and ANSI X. Standard Including 0 uh OCL With madc Bias Ë Compact Footprint for Use in the Most Space Restrictive Applications ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Turn Ratio TX RX INSERTION LOSS (db Max) 00KHz to 00MHz Return Loss (db ) Diff. to Com Mode Rejection (db Min) Crosstalk (db Min) Schematic HI-POT (Vrms) MHz MHz MHz MHz MHz MHz MHz MHz MHz PM-0 : : A 00 PM-0 : : B 00 PM-0 : : B 00 PM-0 : : B 00 PM-0.: : B 00 PM-0.: : B 00 PM-0 :. : B 00 SCHEMATIC "A" SCHEMATIC "B" TRANSMIT TRANSMIT RECEIVE RECEIVE 0 0 MECHANICAL PCB LAYOUT 0 P M PM-xx.0 (0.) x.0 (.).0 (.) x.0 (.) x.00 (.) PIN # I.D (.0) 0. (.).0 (.) 0. (.).0 (0.) 0.0 (.) 0.00 (.).0 (0.) 0.0 (0.) 0. (.0) 0.00 (0.0) pm-xx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

59 0/00 PC CARD LAN MAGNETICS SOLUTION Ê Half Port and Single Port Designs for Maximum Layout Flexibility Ë Low Profile Package for PC Card and Cardbus Application Ì Compatible with TDK, QSI, and ICS Transceivers Í Hi-pot: 00Vrms ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Ind Insertion Return Loss Differential to CMR Crosstalk Package/ Turn Ratio (uh Min) Loss (db Min) (db Min) (db Min) Schematic 00K (db Max) madc 00K to TX RX 00MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz PM-0 ::ct ct:ct / E PM-0 ct:ct ct:ct / F PM-0.ct:ct ct:ct / G PM-0.ct:ct ct:ct / F PM-0.ct:ct ct:ct / A PM-0.ct:ct ct:ct / A PM-0 ct:ct ct:ct / A PM-0 ct:ct ct:ct / A PM-0 ct:ct ct:ct / B PM- ct:ct / C PM-.ct:ct / C PM- ct:ct ct:ct / D PM-.ct:ct ct:ct / D PM-.ct:ct ct:ct / B PM- ct:ct ct:ct / D PM-0 ct:ct ct:ct / B PM- ct:ct ct:ct / H PM- ct:ct ct:ct / I PM- ct:ct ct:ct / J PM- ct:ct ct:ct / K PM- ct:ct ct:ct / L PM-0.ct:ct ct:ct / D PM- ct:.ct ct:ct / M PM- ct:ct ct:ct / D PM- ct:ct ct:ct / T PM- ct:ct ct:ct / N PM- ct:ct ct:ct / P PM- ct:ct ct:ct / R PM- ct:ct ct:ct / D PM-0 ct:ct ct:ct / S pm-xxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

60 0/00 PC CARD LAN MAGNETICS SOLUTION PACKAGE "" PACKAGE "".00 (.). (.).0 (.).00 (.) P M PM-XX.0 (.) Typ. (.).0 (.) P M PM-XX.0 (.).0 (.).00 (.).00 (.).00 (.).0 (0.).0 (.).00 (.).00 (.0) PACKAGE "" PACKAGE "".00 (.0).0 (.).0 (.) P M PM-XX.0 (.).0 (.).0 (.).0 (.) P M PM-XX.0 (.).0 (.0).0 (.).00 (.).0 (.).00 (.).0 (0.).00 (.).0 (.).00 (.).0 (0.) PACKAGE "" PACKAGE "".000 (.). (.).00 (..) P M PM-XX. (.0).00 (.).0 (.0).00 (.) P M PM-XX.0 (.).0 (.).0 (.).00 (.).00 (.).00 (.).0 (0.).00 (.).0 (.) (.0-.).0 (0.) pm-xxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

61 0/00 PC CARD LAN MAGNETICS SOLUTION SCHEMATIC "A" SCHEMATIC "B" RD RX CT CT RD RX RD RX CT CT RD RX TD 0 TX TD TX CT CT TD TX TD TX CT 0 CT SCHEMATIC "C" SCHEMATIC "D" CT RD RX CT 0 RD RX TD CT 0 TX TD TX CT SCHEMATIC "E" SCHEMATIC "F" 0 0 pm-xxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

62 0/00 PC CARD LAN MAGNETICS SOLUTION SCHEMATIC "G" SCHEMATIC "H" RD RX CT 0 RD RX CT TD 0 TX CT TD TX CT SCHEMATIC "I" SCHEMATIC "J" TD 0 TX CT CT TD TX CT RD RX CT 0 RD RX SCHEMATIC "K" SCHEMATIC "L" 0 0 pm-xxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

63 0/00 PC CARD LAN MAGNETICS SOLUTION SCHEMATIC "M" SCHEMATIC "N" 0 0 SCHEMATIC "P" SCHEMATIC "R" CT RD RX TD 0 TX CT CT RD RX TD TX 0 CT CT TD TX RD RX CT CT TD TX RD RX CT SCHEMATIC "S" SCHEMATIC "T" CT RD RD RX CT RX 0 TD 0 TX CT TD TX CT pm-xxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

64 000 Base-T MODULES ISOLATION TRANSFORMERS WITH FILTERS Ê Designed for Long Haul Gigabit Ethernet 00/000 Base-T Ë Provides the Cable Interface, Isolation & Common Mode Filtering Ì Meet IEEE 0.ab Standard for 000 Base-T Í Supports Pairs of Category UTP Cable ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C INSERTION LOSS (db Max) to 00MHz Return Loss (db Typ) Differential to Common Mode Rejection (db Min) Crosstalk (db Min) HI-POT (Vrms Min) MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz PM PM PM-00X MECHANICAL PCB LAYOUT.00 (.) P M PM-00X PIN # I.D. PIN# DOT.0 (.).0 (.).00 (.) 0-PLACES.0 (.).0 (0.).00 (.).0 (.).0 (.).0 (.).00 (.).0 (.).00 (0.0) FLAT.0 (.).0 (.).00 (0.).00 (0.).0 (.) PM-00 SCHEMATIC PM-00 SCHEMATIC TCT TCT TCT TCT TD+ : MX+ TD+ : MX+ TD- MX- TD- MX- TCT TCT TCT TCT TD+ : 0 MX+ TD+ : 0 MX+ TD- MX- TD- MX- TCT TCT TCT TCT TD+ : MX+ TD+ : MX+ TD- MX- TD- MX- TCT 0 TCT TCT 0 TCT TD+ : MX+ TD+ : MX+ TD- MX- TD- MX- pm-xxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

65 000 Base-T MODULES ISOLATION TRANSFORMERS WITH FILTERS Ê Designed for Long Haul Gigabit Ethernet 00/000 Base-T Ë Provides the Cable Interface, Isolation & Common Mode Filtering Ì Meet IEEE 0.ab Standard for 000 Base-T Í Supports Pairs of Category UTP Cable ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Return Loss Differential to Common Crosstalk INSERTION LOSS (db Typ) Mode Rejection (db Min) (db Min) HI-POT (db Max) (Vrms Min) to 00MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz MHz PM PM PIN # I.D..0 (.).00 (.).0 (.) P M PM-.0 (.) PM- MECHANICAL.0 (.).00 (.).0 (.).0 (.).0 (0.) PM- SCHEMATIC TCT TCT TD+ TD- : MX+ MX- TCT TCT TD+ : 0 MX+ TD- MX- PM- SCHEMATIC TCT TCT TD+ : MX+ TD- MX- TCT TCT TD+ : 0 MX+ PIN # I.D..0 (.).0 (.) P M PM- PM- MECHANICAL.0 (.).0 (.). (.0) TD- MX-.00 (.).0 (.).00 (.).0 (0.) pm-xxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

66 Ê Wide Selection of Standard Types Ë Industry Standard Package Ì Low Leakage Ind. and Winding Capacitance Í Average Power Rating 00 mw (0 O C Rise) Î Dissipation Rating 0 mw GENERAL PURPOSE COUPLING TRANSFORMERS Ï Fast Rise Times Ð 000Vrms Minimum Isolation Voltage Ñ Insulation Resistance 0,000MΩ Minimum Ò Peak Pulse Voltage 00V Ó Custom Designs Available ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (± %) OCL (µh MIN) RISE ET CONSTANT TIME (V-µsec Min.) (ns Max.) PRI-SEC Cw/w (pf Max.) PRI / SEC L L (µh Max.) PRI DCR (Ω Max.) SEC DCR (Ω Max.) TER DCR (Ω Max.) PM-NW0 ::, A PM-NW0 ::, A PM-NW0 ::, A PM-NW0 :: A PM-NW0 :: A PM-NW0 :: A PM-NW0 :: A PM-NW0 :: A PM-NW0 :: A PM-NW0 ::, A PM-NW ::, A PM-NW :: A PM-NW :: A PM-NW :: A PM-NW ct:ct, G PM-NW ct:ct, G PM-NW ct:ct G PM-NW ct:ct G PM-NW ct:ct G PM-NW0 ct:ct G PM-NW ct:, A PM-NW ct:, A PM-NW ct: A PM-NW ct: A PM-NW ct: A PM-NW.:, B Sch. pmnw 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

67 GENERAL PURPOSE COUPLING TRANSFORMERS "T" SCHEMATICS SINGLE CORE SCHEMATIC "A" SCHEMATIC DIAGRAMS SCHEMATIC "B" SCHEMATIC "G" TER. SEC. SEC. PRI. SEC. PRI. "T" MECHANICALS SINGLE CORE Schematic "A" & "G" Schematic "B" Pin # & Removed P M PM-NWXX P PM-NWXX M.00 (.0).0 (.).00 (.0).0 (.).00 (.0).0 (.).00 (.0).0 (.).0 (.).0 (.).00 (0.) DIA.0 (.).0 (.).00 (0.) DIA.00 (0.).00 (.).00 (0.).00 (.0) pmnw 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

68 Ê Ideal for LAN & Telecom Applications Ë Filters Common Mode Noise Ì Provides EMI Suppression TURNS RATIO (± %) INDUCTANCE (OCL µh min) SIGNAL LINE FILTERS COMMON MODE CHOKES LEAKAGE INDUCTANCE (µh max.) Í Frequency Ranges 00KHz to 00 MHz º 00Vrms Isolation Minimum» Thru-Hole & SMD Packages ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C THRU-HOLE CHOKES # of CORES x # of LINES PRI-SEC Cw/w (pf max.) DCR (OHMS max.) PACKAGE & SCHEMATIC PM-SF0 ::: x A PM-SF0 ::: x A PM-SF0 ::: x A PM-SF0 ::::: x A PM-SF0 ::::: x A PM-SF0 ::: x C PM-SF0 ::: x C PM-SF0 ::: x C PM-SF0 ::: x A PM-FS0 : x A SURFACE MOUNT CHOKES TURNS RATIO(S) (± %) # of CORES x # of LINES INDUCTANCE (OCL µh min) LEAKAGE INDUCTANCE (µh max.) PRI-SEC Cw/w (pf max.) DCR (OHMS max.) SCHEMATIC & PACKAGE PM-SF0 : x x A PM-SF : x x B PM-SF : x x C PM-SF ::: x D PM-SF ::: x A PM-SF : x x B SELF LEAD SURFACE MOUNT CHOKES PIN# DOT PACKAGE "".00 (.) TURNS RATIO(S) (± %).00 (.0) # of CORES x # of LINES.0 (.) INDUCTANCE (OCL µh min).00 (0.) LEAKAGE INDUCTANCE (µh max.) PRI-SEC Cw/w (pf max.) DCR (OHMS max.) SCHEMATIC & PACKAGE PM-SF0 : N/A N/A.00 -A PM-SF : N/A N/A.0 -A SCHEMATIC "A".0 (.0) MIN.00 (.) DIA.00 (.).00 (.).00 (.) pm-sfxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

69 SIGNAL LINE FILTERS COMMON MODE CHOKES PIN# DOT PACKAGE "". (.).00 (.0) SCHEMATIC "A" 0.0 (.).0 (.0) MIN.00 DIA (0.).00 (.0).00 (.).00 (.) PACKAGE "" SCHEMATIC "A" PIN# DOT.000 (.0).00 (.0) 0.0 (.).0 (.0) MIN.00 DIA (0.).00 (.).00 (.).00 (.) PACKAGE "" PACKAGE "" RECOMMENDED PCB LAYOUT SCHEMATIC "A".0 (.) P M PM-SFXX x.0 (.0).00 (0.) x.00 (.) x.00 (.).00 (.) PIN# DOT. (.0). (.0).00 (0.) SCHEMATIC "B".0 (.).00 (0.).00 (.).00 (.).00 (.).00 (.).00 (.) FLAT.00 (0.).00 (.).00 (0.) pmsf 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

70 SIGNAL LINE FILTERS COMMON MODE CHOKES PACKAGE "" RECOMMENDED PCB LAYOUT SCHEMATIC 0 P M PM-SFxx.0 (0.) x.0 (.).0 (.) x.0 (.) x.00 (.).0 (.) SCHEMATIC "A" 0 SCHEMATIC "B" 0 PIN#. (.0).0 (.) SCHEMATIC "C" 0 SCHEMATIC "D" 0.0 (.).0 (0.).00 (.).0 (.).00 (.0).00 (0.) MIN.0 (.0).00 (0.) PACKAGE "" SCHEMATIC "A".00 (.0) M A X P PM-SFXX M.00 (.0) M A X. (.) M A X.0 (.) PACKAGE "" 0.0 (.) 0.00 (0.) SCHEMATIC "A" 0 P PM-SFXX M 0.0 (0.) 0.00 (.) 0.0 (.0) 0 PACKAGE "" SCHEMATIC "E". (.).00 (0.).0 (.).00 (0.) P M PM-SFXXX 0. (.) x #AWG.00 (0.) 0.00 (.0) MIN.00 (.).00 (.0) pmsfxx 0/00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

71 SIGNAL LINE FILTERS COMMON MODE CHOKES Ê Ideal for LAN & Telecom Applications Í Common Mode Attenuation from Ë Filters Common Mode Noise 00 KHz to GHz Ì Reduces Radiated EMI Emissions ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C SURFACE MOUNT CHOKES No. of Lines INDUCTANCE (OCL µh min) Common Mode Attenuation in Hz (db ) DCR (Ω max.) PACKAGE & SCHEMATIC 00K M 0M 0M 0M 00M 00M 00M G PM-SF A & PM-SF A & PM-SF B & PM-SF B & PM-SF C & PM-SF B & PM-SF B & PM-SF0 00 ± 0% D & PM-SF0 0. C & PM-SF C & PM-SF C & PM-SF C & PM-SF E & PM-SF F & pm-sfxxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

72 SIGNAL LINE FILTERS COMMON MODE CHOKES PACKAGE "A" PACKAGE "B" DOT DENOTES PIN # P PM-SFXXX M.00 (.). (.00) PIN# DOT P PM-SFXXX M 0. (.0) x 0. (.0) x 0.00 (.) 0.0 (.) 0.00 (0.) 0. (.) 0. (.) x 0.00 (.) 0.00 (.).0 (0.).00 (.).0 (.).0 (.).00 (0.) 0.0 (0.) 0.00 (.) 0.0 (.) 0.00 (.) PACKAGE "C" 0 P PM-SFXXX M.0(0.) x.0 (.).0(.) x.0 (.) x.00 (.).0 (.) 0 P PM-SFXXX M 0.0 x (.0) 0.00x (.) PACKAGE "D" 0.0 (.0) 0.0 (.0) x (.) 0.00 (0.) PIN # I.D (.0) 0. (.) PIN# DOT 0.0 (.) 0.00 (.) 0.0 (.).0 (0.) 0.0 (.) 0.00 (.) 0. (.).0 (0.) 0.00 (0.) 0. (.) 0.0 (.) 0.00 (0.0) 0.00 (0.) 0.00 (.) 0.0 (.) 0.0 (.) DOT DENOTES PIN # PACKAGE "E" P PM-SFXXX M 0.0 (.).0 (.). (.00) PIN # I.D..0 (.) 0.00 (0.) P PM-SFXXX M.0 (.) PACKAGE "F" 0. (.) 0.00 (0.) (0.) (.).00 (.) 0.0 (.).00 (0.) 0.00 (0.) 0.00 (.).0 (.0).0 (0.) pm-sfxxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

73 SIGNAL LINE FILTERS COMMON MODE CHOKES SCHEMATIC # # # # 0 # # # 0 0 # # 0 0 pm-sfxxx0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

74 FEATURES: Ê Designed to Meet FCC Part Ë Designed for V., V., V. Bis & V.Fast Apps. Ì Low Profile Thru-Hole Packages ¹ 0, 00 & 000Vrms Isolation Voltages Available GENERAL SPECIFICATIONS: Turns Ratio (Pri:Sec)... : + % Longitudinal Balance: 0 to 000 Hz... 0 db Min. 000 to 000 Hz... 0 db Min. MC/ 00 to 000Hz... 0 db Typ. ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C Primary Package/ DC Current Schematic (ma Max) FCC VOICE/DATA COUPLING TRANSFORMERS DCR (Ω +0%) Pri Sec Pri = 00 Ω with Load of (Ω) Ins. KHz (db Max.) Harm 00Hz (% Typ.) Ret 00Hz (db Min.) Frequency Response (+db) 00-00Hz PM-MC0 / A PM-MC0 / A PM-MC0 / A PM-MC0 / A PM-MC0( ) / A PM-MC / B PM-MC() / C PM-MC() / D NOTE: () DESIGNED TO MEET SUPPLEMENTARY INSULATION REQUIREMENTS FOR A CIRCUIT AS DEFINED BY IEC-0, EN00, UL0/CSA0 () INDUCTANCE = 00mH MINIMUM PACKAGE " " SCHEMATIC " A " RECOMMENDED PCB LAYOUT TOP VIEW. DIA (0.0) TOP VIEW. (.0). (.0).0 (0.) SQUARE HI-POT Vrms. (.) P PM-MCXX M NOTCH.0 (.0) PRI SEC.0 (.0). (.0) PIN# DOT PACKAGE " " SCHEMATIC " B ".00 (.) P M PM-MC 0.0 (.0).0 (.0) PRI SEC.0 (.) CORE TAPED -or- CLAMPED.0 (.) RECOMMENDED PCB LAYOUT x0. (.0).0 (.).0 (.). (.) x0. (.0) x.0 (.0). (.).0 (.).0 (.). (.) pmmc 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

75 FCC VOICE/DATA COUPLING TRANSFORMERS PACKAGE " " SCHEMATIC " C " P M PM-MC PIN # DOT PRI (CT) SEC (CT).0 (0.).0 (.) CORE CLAMP.00 (0.).0 SQ.. (.00).0 (.). (.00). (.00) PACKAGE " " SCHEMATIC " D " PIN # (Dot) P M PM-MC PRI (CT) SEC (CT). (0.0). (.) RECOMMENDED PCB LAYOUT CORE TAPED.00 (0.). (.).00 (.).0 (.). (.).00 (.).0 (0.).00 (.). (.).0 (.) pmmc 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

76 FEATURES: Ê Designed to Meet FCC Part Ë Developed for PCMCIA Type II Card Ì For.kbps Technologies ¹ Designed for V., V., V., V.0 Bis & V.Fast Apps. ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C Package/ Schematic Primary DC Current (ma Max) FCC VOICE/DATA COUPLING TRANSFORMERS DCR (Ω +0%) Pri Sec Pri = 00 Ω with Load of (Ω) Ins. KHz (db Max.) GENERAL SPECIFICATIONS: Turns Ratio (Pri:Sec)... : + % Longitudinal Balance: MC0 00 to 000 Hz... 0 db Min. 000 to 000 Hz... 0 db Min. MC0 00 to 000 Hz... 0 db Min. 000 to 000 Hz... 0 db Min. Harm 00Hz (db ) Ret 00Hz (db Min.) Frequency Response (+db) 00Hz - 000Hz HI-POT Vrms PM-MC0 / E PM-MC0 / F PACKAGE " " SCHEMATIC " E ". (.). (.) PM-MCXX.0 (.00) PRI SEC. (.) 0. (.). (.0). (.0) PACKAGE " " SCHEMATIC " F ". (.). (.) PRI SEC 0. (.) 0. (.00) P M PM-MC0 IS 00% REVERSIBLE I.E. IT CAN BE INSERTED INTO THE PCB EITHER WAY.0 (.00) pmmc 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

77 WIDEBAND RF PULSE COUPLING TRANSFORMERS Ê Designed for use in 0 Ω WideBand R.F. and Fast Rise Time Applications Ë Impedance Levels from. to 00 Ohms Í Frequency Range 0 KHz to 00 MHz Ì Low Insertion Loss, 00Vrms Isolation Î -Pin DIP & Gull Wing Packages ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (± %) Inductance (µh Min.) ET V-µsec (Min.) Rise Time ns Max PRI-SEC Cw/w (pf Max.) PRI / SEC L L (µh Max.) PRI DCR (Ω Max.) SEC DCR (Ω Max.) -db Bandwidth MHz Low High PM-WT0 : B PM-WT0 : B PM-WT0 : B PM-WT0 :ct E PM-WT0 :ct E PM-WT0 :ct E PM-WT0 ct:ct C PM-WT0 ct:ct C PM-WT0 :: A PM-WT0 ct:ct C THRU-HOLE OR SURFACE MOUNT: Table Part Numbers are THRU-HOLE Change the "T" to "G" for SURFACE MOUNT. Example: PM-WT0 = THRU-HOLE PM-WG0 = SURFACE MOUNT MECHANICAL Schmatic VARIATIONS AVAILABLE. FOR INTERMEDIATE VALUES AND/ OR CUSTOM DESIGNS PLEASE CONSULT THE FACTORY..0 (.) THRU-HOLE PACKAGE PM-WTXX.0 (.).0 (.) SURFACE MOUNT PACKAGE PM-WGXX.0 (.).0 (.).00R (0.0).0 (.).00R (0.0).00 (.).00 (0.).00 (.).0 (.0) MIN.00 (.).00 (.).00 (.).0 (.).00 (0.).00 (.).00 (0.).00 (.).00 (.).00 (.).00 (0.) FLAT.00 (0.). (0.0).0 (.0).00 (0.) SCHEMATICS SCHEMATIC "A" SCHEMATIC "B" SCHEMATIC "C" SCHEMATIC "D" SCHEMATIC "E" TERTIARY SECONDARY SECONDARY SEC. PRI. PRI. SECONDARY SEC. pm-wt&wg 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

78 Ê Optimized for Copper Media Applications of Fast Ethernet & FDDI Ë For use in 0 Ω or Ω Systems to ANSI XT. Ì Frequency Range MHz to 0 MHz Í 000Vrms Isolation (Hi-Pot) HOTLink TM is a Trade Mark of CYPRESS SEMICONDUCTOR Inc. CYB HOTLink TM Transmitter & CYB HOTLink TM Receiver. FIBRE CHANNEL COUPLING TRANSFORMERS ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C CABLE Baud * TURNS PRI-SEC PRI / SEC PRI/SEC Rise -db Bandwidth MEDIA Rate Inductance RATIO Cw/w L L DCR Time MHz E (MHz) (µh Typ.) (± %) (pf Max.) (µh Max.) (Ω Max.) (ns Max.) Low Max. High Typ. PM-WT Ω/0Ω +.0 : PM-WT Ω/0Ω +.0 ct:ct PM-WT0 0Ω STP.0 : PM-WT0 Ω Coax 0.0 : PM-WT0 0Ω STP 0.0 : APPLICATION NOTE: The PM-WT & PM-WT0 versions have been optimized for use with B/0B code and NRZ modulation as used in HOTLink TM for communication. One of the main advantages of B/0B code is the elimination of baseline wander concerns (DC bias). Methods of encoding that are not DC balanced, such as FDDI B/B require a compromise in the magnetics design as more turns (higher inductances) are necessary to combat the DC imbalance. Thus the major design consideration for B/0B code was to provide sufficient high end bandwidth to allow passage of at least the rd hamonic. In a system operating at a MHz baud rate this rd harmonic is at MHz. The PM-WT should be used for both Ω & 0Ω applications using B/0B > MHz Baud Rates. MECHANICAL SCHEMATIC "G" PACKAGE 0 PM-WT,0,0,0 0 SECONDARY SECONDARY PM-WT 0 SEC. SEC. P M PM-WTXX PRI. PRI. PIN# FIGURE : RECOMMENDED PCB LAYOUT x.00 (.).0 (.).0 (.).0 (.).0 (.).00.0 (.) (0.).00 (.).00 (.0).00 (0.) MIN.0 (.0).00 (0.) x.0 (.) x.0 (.) pm-wt&wg 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

79 Ê Designed for Switch Mode Power Supply Applications Ë Frequency Range from 0KHz to 00KHz Ì Fully Encapsulated Construction PM-CIXX CURRENT SENSE INDUCTORS Í Tapped and Untapped Versions Î 00Vrms Minimum Isolation Voltage Ï Center Hole for Primary Lead ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C CONTROL VALUES TURNS N S + % INDUCTANCE L S (mh Min.) DCR R S (Ohms Max.) I PK (Amps) REFERENCE VALUES R T (Ohms) K V DROOP (Volt/Amp) (%) CALC. VALUES FLUX FACTOR K B LOSS FACTOR K L SCHEMATIC PM-CI x0.x0 - A PM-CI0* x0.x0 - A PM-CI x0.x0 - A PM-CI x0.x0 - A PM-CI0 0ct x0.x0 - B PM-CI0 00ct x0.x0 - B PM-CI0 00ct x0.x0 - B PM-CI0 00ct x0.x0 - B NOTE: * PM-CI0* TRIM THE PIN LENGTH = 0." - 0." PER CUSTOMER PO ONLY. REFER TO CALCULATION EXAMPLE FOR PM-CIXX SERIES ON PAGE OF THIS DATA SHEET. ) REFERENCE VALUES ARE FOR UNIPOLAR 0KHz, 0% DUTY CYCLE (Dmax =.0). ) THE IMUM USABLE PEAK SENSE CURRENT (I pk ) IS DEPENDENT ON CORE SATURATION FACTORS AND SHOULD BE EVALUATED FOR THE ACTUAL OPERATING CONDITIONS. SEE APPLICATION DATA AND EXAMPLE ON PAGE. ) THE IMUM RECOMMENDED OPERATING FLUX DENSITY (B OP AN OPERATING TEMPERATURE OF 0 O C IS 000 GAUSS. ) THE TERM. RESISTOR (R t ) CAN BE VARIED TO ADJUST THE OPERATING FLUX DENSITY (B OP ), DROOP, AND SCALE FACTOR (K V ). ) THE SCALE FACTOR (K V ) IS PROPORTIONAL TO THE TERMINATING RESISTOR (R T ) AND IS EQUAL TO VOLT/AMP WHEN R T = N S ) SECONDARY INDUCTANCE IS MEASURED AT 0KHz,.0VRMS. SCHEMATIC MECHANICAL SCHEMATIC "A".0 (0.) SCHEMATIC "B". (.). (.).00 (.0) LEAD PRESENT ON CENTER TAPPED VERSION ONLY P M PM-CIXX.00 (.0).0 DIA. (.) MIN.00 (.).0 (.) ARROW INDICATES CURRENT FLOW PIN# IN PHASE. (.) pmci / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

80 PM-CIXX CURRENT SENSE INDUCTORS APPLICATION EXAMPLE APPLICATION EXAMPLE GIVEN: Part# = PM-CI0 Peak Current (I PK ) = 0.0 Amps Terminating Resistor (R T ) = 00 Ohms Operating Frequency (f) = 00KHz Duty Cycle (Dmax) =.0 (0% on time) CALCULATE OPERATING FLUX DENSISTY From the Table the FLUX FACTOR is: K B =. x 0 Flux Utilization Constant (K F ) is:.0 For Unipolar Operation.0 For Bipolar Operation THEN: B OP = K B x I PK x R T x (Dmax / K F x f) =.x0 x 0 x 00 x (. / x 00x0 ) = gauss (OK less than 000 gauss) CALCULATE PULSE DROOP From the Table the Secondary Inductance is: L S = 0mHy Minimum Note: The actual droop is dependent on the actual L S in the circuits enviorment. Droop Exponent (D) = R T x Dmax / (L S x f) = 00 x. / (0x0 - x 00x0 ) CALCULATE THE SCALE FACTOR From the Table the Secondary Turns are: N S = 00 THEN: K V = R T / N S = 00 / 00 = volt/amp ESTIMATE ERROR DUE TO LOSSES From the Table the Secondary DCR is: R S =.0 Ohms Maximum From the Table the approximate Loss Factor is: K L =. x 0 - Note: The loss factor (K L ) is valid approximation from0khz to 00KHz Secondary Copper Losses are: P_loss S = (I PK / N S ) x R S = (0/00) x.0 = 0. Watt Core losses are: P_loss C = K L x f. x B OP. = (.x0 - ) x (00x0 ). x. = 0.0 Watt Output Power is: = 0.00 THEN: %_Droop = (-e -D ) x 00 P_out S = (I PK / N S ) x R T = (0/00) x 00 =.00 Watt =. % OK less than 0% (Depending on the application Droop to 0% may be acceptable) THEN: %_Error = [(P_loss S + P_loss C ) / P_out] x 00 = [(. +.0) / ] x 00 =. % pmci / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

81 Ê Designed for Switch Mode Power Supply Applications Ë Frequency Range from 0KHz to 00KHz Ì Fully Encapsulated Construction PM-CSXX CURRENT SENSE TRANSFORMERS Í Tapped and Untapped Versions Î 00Vrms Minimum Isolation Voltage Ï Primary Lead Included ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C CONTROL VALUES TURNS N S + % INDUCTANCE L S (mh Min.) DCR R S (Ohms Max.) I PK (Amps) REFERENCE VALUES R T (Ohms) K V DROOP (Volt/Amp) (%) CALC. VALUES FLUX FACTOR K B LOSS FACTOR K L SCHEMATIC PM-CS x0.x0 - A PM-CS x0.x0 - A PM-CS x0.x0 - A PM-CS x0.x0 - A PM-CS0 0ct x0.x0 - B PM-CS0 00ct x0.x0 - B PM-CS0 00ct x0.x0 - B PM-CS0 00ct x0.x0 - B REFER TO CALCULATION EXAMPLE FOR PM-CSXX SERIES ON PAGE OF THIS DATA SHEET. ) REFERENCE VALUES ARE FOR UNIPOLAR 0KHz, 0% DUTY CYCLE (Dmax =.0). ) THE IMUM USABLE PEAK SENSE CURRENT (I pk ) IS DEPENDENT ON CORE SATURATION FACTORS AND SHOULD BE EVALUATED FOR THE ACTUAL OPERATING CONDITIONS. SEE APPLICATION DATA AND EXAMPLE ON PAGE 0. ) THE IMUM RECOMMENDED OPERATING FLUX DENSITY (B OP AN OPERATING TEMPERATURE OF 0 O C IS 000 GAUSS. ) THE TERM. RESISTOR (R t ) CAN BE VARIED TO ADJUST THE OPERATING FLUX DENSITY (B OP ), DROOP, AND SCALE FACTOR (K V ). ) THE SCALE FACTOR (K V ) IS PROPORTIONAL TO THE TERMINATING RESISTOR (R T ) AND IS EQUAL TO VOLT/AMP WHEN R T = N S ) SECONDARY INDUCTANCE IS MEASURED AT 0KHz,.0VRMS. SCHEMATIC MECHANICAL SCHEMATIC "A" DENOTES PIN # P M PM-CSXX TURN.00 (.)..00 (.). UNUSED PINS MAY BE OMITTED SCHEMATIC "B" DENOTES PIN #.00 (.). TURN PINS & PINS (.) (0.).00 (.)..0 (.)..0 (.)..0 (.) MIN. pmcs / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

82 Ê Designed for use with Leading Controller Chips Ë Provides DC/DC Conversion & Isolation SWITCH MODE DC/DC POWER CONVERSION TRANSFORMERS Ì Design Engineering Support Available Í Multiple Configurations GENERAL APPLICATION INFORMATION Premier Magnetics' Switch Mode Output transformers have been designed for use with the most popular current-mode switching regulators such as Linear Technologies LTXX & National Semiconductors LMXX series of High Efficiency Switching Regulators. These output transformers have been optimized to provide maximum power throughput in the smallest packages currently available. This combination of components finds wide use in Distributed Power Systems where a main dc voltage bus is converted for use on or near the circuits being served. These types of switching regulators provide a very simple solution to power conversion designs. The inductor or transformer used are critical to the overall performance of the converter and typically define the overall efficiency, output power and physical size. The following tables of transformers were designed for use in the Flyback Buck-Boost circuit configuration. This conversion topology allows the output voltage to be regulated higher or lower than the input voltage. It can also provide isolated or non-isolated multiple outputs. Typical efficiency of this topology is %. Below is a typical application circuit utilizing Linear Technologies LTXX switching regulator in the flyback buck-boost configuration. The use of Premiers VTP-0XXX or VTK-0XXX optional output filter choke will drastically reduce output ripple and noise. The component values listed are intended for reference purposes only. The Output Filter(s), Damper Network & Foldback Current Limiting Network are optional depending on the specific application. General Component Values: R =.0K /W D = MBRXXX, Schottky Rectifier C =.uf Film D = MBRXXX, Schottky Rectifier R =.K W Snubber D = MBRXXX, Schottky Rectifier C =.uf Film C = Electrolytic R =.0K W C = Electrolytic C = 0.uF Ceramic R = % Metal Film as needed. L = Rated DC amps (VTP-XXXX) C = 000uF Electrolytic L = Rated DC amps (VTP-XXXX) C = 000uF Electrolytic Np:Ns R = % Metal Film, For Vdc =.0K, For Vdc =.0K R = [Vout-Vref/Vref] * R, where Vref =. for LTXX series R = % Metal Film, For Vdc =.0K, For Vdc =.K C = Input Bypass Capacitor 00uF Electrolytic FLYBACK Buck-Boost CONVERTER USING LTXX D C SCHEMATIC OUTPUT FILTER +Vout L + + C Isolated Output -Vout +Vin RC Snubber R C Damper R T D C OUTPUT FILTER L + + C +Vout C + Vin Linear Technology Vsw LT-X0 = A LT-X =.A LT-X =.A LT-0X = 0KHz LT-X = 00KHz * * FB E E GND Vc D C Np:Ns N R R Foldback Current Limiting R C Frequency Compensation R pmsm / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

83 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0 SWITCH MODE DC/DC POWER CONVERSION TRANSFORMERS GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C To receive complete specifications & application information, request the respective part number data sheet. Designed For Use With APPLICATION Vin Vout Io_max OCL µhy (Vdc) (Vdc) (ma) Typ. HI-POT Vdc Min. Temp Rise o C Typ. General Notes PM-SM0 LT Feed Back Output THRU PM-SM0 LT Feed Back Output THRU PM-SM0 LT Feed Back Output THRU PM-SM0 LT Feed Back Output THRU PM-SM0 LT Feed Back Output THRU PM-SM0 LT Feed Back Output THRU TSD- LT Feed Back Output THRU Output # Isolated Output TSD- LT Isolated Output # THRU Output # Isolated Output # Output # = Tap off # Tap Output off # TSD- LT Isolated Output, Opto F.B. SMD Outputs # & #: Isolated + Linear Reg. PCB Mount Method TSD- LT0HV N/A Positive Buck SMD TSD Positive Buck SMD Output # = Auxiliary Auxiliary Output TSD- LT Isolated Output THRU TSD- LT Feed Back Output SMD V TAP Output Tap Output V TAP Output Tap Output TSD- LT Feed Back Output SMD Output #, V TAP Tap Output Output #, V TAP Tap Output TSD- LT Isolated Output THRU TSD-0 LT Isolated Output SMD Output # & #: +V Isolated Output (TSD- = THRU VERSION) DISCRETE SELF OSCILLATING PUSH-PULL CONVERTERS, DUAL SECONDARIES TSD- 0KHz Full Wave C.T Isolated Output THRU Full Brige Isolated Output Dual Full Brige Isolated Output TSD- 0KHz Full Wave C.T Isolated Output THRU Full Brige Isolated Output Dual Full Brige Isolated Output TSD- 0KHz Full Wave C.T Isolated Output THRU Full Brige Isolated Output Dual Full Brige Isolated Output TSD-.0KHz DC to AC.-. rms rms mh 00 0 Isolated rms Output SMD TSD-0 LT Isolated Output SMD Output # Isolated Output pmsm /

84 SWITCH MODE DC/DC POWER CONVERSION TRANSFORMERS GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C To receive complete specifications & application information, request the respective part number data sheet. Designed For Use With APPLICATION Vin Vout Io_max OCL µhy (Vdc) (Vdc) (ma) Typ. HI-POT Vdc Min. Temp Rise o C Typ. General Notes PCB Mount Method TSD- LT Isolated Output THRU Output # Isolated Output Output # = Auxiliary Isolated Output TSD- LT Feed back Output SMD Output # Second Output Outputs # & #: +V Isolated Outputs +V TSD- UC Isolated Output, Opto F.B. THRU Output # Isolated Output TSD- LT Isolated Output, Opto F.B. SMD Output # & #: +0Vdc Isolated Output Output # & #: +0Vdc Isolated Output TSD- LT00-0V Isolated Output, Opto F.B. THRU Output # Isolated Output TSD- UC Isolated Output, Opto F.B. SMD.V TAP Output Tap Output Output # Isolated Output TSD-0 UC Isolated Output, Opto F.B. SMD Output # Isolated Output -V TAP Output off # Tap Output TSD- UC Isolated Output, Opto F.B. THRU -V TAP Output Tap Output TSD- UC Isolated Output, Opto F.B. THRU Output # Isolated Output TSD- LT Isolated Output, Opto F.B. THRU Output # Isolated Output TSD- LT Isolated Output, Opto F.B. SMD TSD- LT Direct Feedback THRU TSD-0 LMT Isolated Output, Opto F.B. THRU Output # WITH REG'S Iso. Linear Reg Output TSD- LT Isolated Output, Opto F.B. THRU TSD- LT Isolated Output THRU Output # & # Isolated Output TSD-0 LT Isolated Output THRU Output # Isolated Output TSD- LT Direct Feedback Output SMD Output # & # Isolated Output TSD-00 LT Direct Feedback Output SMD Output # Isolated Output # Output # Isolated Output # TSD- LM Direct Feedback SMD pmsm / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

85 Ê Designed to Support Maxim's Ë 00Vrms Minimum Isolation Voltage Ì Designed For >KHz, 0% Duty Cycle Push-Pull Watt Output -PIN SMD PUSH-PULL TRANSFORMERS Í Low profile -Pin SMD Package Î Industry Standard Package Ï Multiple Configurations ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C TURNS RATIO (Pri:Sec ± %) OCL (µh Min.) Primary Pins ICAL APPLICATION PRI/SEC HI-POT (Vrms) GENERAL CHARACTERISTICS PM-SM CT : V to +0V 00 Volt Doubler Driving a Regulator PM-SM CT :.CT 0 - +V to +V 00 Full Wave Center Tap PM-SM CT :.00CT V to +V 00 Full Wave Center Tap PM-SM CT : V to +V 00 Full Wave Bridge MECHANICALS ICAL APPLICATIONS x.0 (.00) 0. (.) x.0 (.00) RECOMMENDED P.C.B. LAYOUT x.0 (.0) 0.uF +V Vcc D IM D VOLTAGE DOUBLER PM-SM CT : MBR00L 0.uF 0.uF MBR00L REGULATED OUTPUT 00mA L0 ISO GND PIN# I.D. DOT.00 (.).0 (.) P PM-SMXX M CORE CLAMP 0.0 (.0) 0. (.).0 (.0) 0.uF 0.uF +V Vcc D IM +.V D Vcc D IM D FULL WAVE CENTER TAP PM-SM CT :.CT MBR00L MBR00L FULL WAVE CENTER TAP PM-SM CT :.0CT MBR00L MBR00L UNREGULATED OUTPUT 00mA 0.uF ISO GND UNREGULATED OUTPUT 00mA 0.uF ISO GND.0 (.) 0. (.). (.).0 (.) 0.uF +V Vcc D IM D FULL WAVE BRIDGE PM-SM CT : 0. UNREGULATED OUTPUT 00mA 0.uF ISO GND pmsm / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

86 FEATURES Ê Powdered Iron Toroidal Construction Ë Optimized For Use as High Frequency DC Chokes Ì Temp Rise Data: Ripple Currents < 00KHz Í Low Cost Self Lead Construction LOW COST TOROIDAL POWER INDUCTORS NOTES: Temp Rise T & T are Calculated. ) Ln = Nominal 0.0Adc L = Nominal I Adc, T Temp Rise L = Nominal I Adc, T Temp Rise ) I Represents a -0% Drop in Ln I Represents a 0-0% Drop in Ln ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C Ln (µh) DCR (Ohm) L I (dc A) T ( O C) L I (dc A) T ( O C) REF. DIMENSIONS IN INCHES A C VT/B HT/B PIN OD VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP VTP TSD n/a.0 VTP VTP VTP vtp / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

87 VTP-XXXX MECHANICAL LOW COST TOROIDAL POWER INDUCTORS HTP-XXXX MECHANICAL VTP-XXXXX OUTLINE VERTICAL MOUNT SCHEMATIC HORIZONTAL OR VERTICAL MOUNT: Table Part Numbers are Vertical Mount. Change the "V" to "H" for Horizontal Mount. Example: VTP-000 = Vertical Mount 0uH,.0Adc HTP-000 = Horizontal Mount 0uH,.0Adc HTP-XXXXX OUTLINE HORIZONTAL MOUNT EPOXY HOLDS WIRE EPOXY HOLDS WIRE A A C P M VTP-XXXXX B C P M HTP-XXXXX STRIPPED & TINNED.0 TO. ABOVE SEATING PLANE 0. STRIPPED & TINNED.0 TO. ABOVE SEATING PLANE B 0. SCHEMATIC APPLICATION D MUR0CT VTP/HTP-XXXX X.XA C 000uF V SECONDARY + R 0.0K % R 0.0K % + C 0uF V Vout DC RTN FOR INTERMEDIATE VALUES OR CUSTOM DESIGNS CONSULT THE FACTORY. vtp / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

88 FEATURES Ê Sendust Powdered Iron Toroidal Construction Ë Optimized For Use as High Frequency DC Chokes Ì Temp Rise Data: Ripple Currents < 00KHz Í Low Cost Self Lead Construction Ï Lower AC Losses Than Powdered Iron SENDUST TOROIDAL POWER INDUCTORS NOTES: Temp Rise T & T are Calculated ) Ln = Nominal 0.0Adc L = Nominal I Adc, T Temp Rise L = Nominal I Adc, T Temp Rise ) I Represents a -0% Drop in Ln I Represents a 0-0% Drop in Ln ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C Ln (µh) DCR (Ohm) L I (dc A) T ( O C) L I (dc A) T ( O C) REF. DIMENSIONS IN INCHES A C VT/B HT/B PIN OD VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK VTK /000 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

89 FEATURES Ê Sendust Powdered Iron Toroidal Construction Ë Optimized For Use as High Frequency DC Chokes Ì Temp Rise Data: Ripple Currents < 00KHz Í Low Cost Self Lead Construction Ï Lower AC Losses Than Powdered Iron SENDUST TOROIDAL POWER INDUCTORS NOTES: Temp Rise T & T are Calculated ) Ln = Nominal 0.0Adc L = Nominal I Adc, T Temp Rise L = Nominal I Adc, T Temp Rise ) I Represents a -0% Drop in Ln I Represents a 0-0% Drop in Ln ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C Ln (µh) Rate IDC DCR (Ohm) L I T (dc A) ( O C) L I (dc A) VTK VTK VTK VTK VTK VTK VTK VTK VTK T ( O C) REF. DIMENSIONS IN INCHES A C VT/B HT/B PIN OD VTK-XXXX MECHANICAL VTK-XXXXX OUTLINE VERTICAL MOUNT SCHEMATIC HORIZONTAL OR VERTICAL MOUNT: Table Part Numbers are Vertical Mount. Change the "V" to "H" for Horizontal Mount. Example: VTK-000 = Vertical Mount 0uH,.0Adc HTK-000 = Horizontal Mount 0uH,.0Adc HTK-XXXX MECHANICAL HTK-XXXXX OUTLINE HORIZONTAL MOUNT EPOXY HOLDS WIRE EPOXY HOLDS WIRE A A C P M VTK-XXXXX B C P M HTK-XXXXX STRIPPED & TINNED.0 TO. ABOVE SEATING PLANE 0. FOR INTERMEDIATE VALUES OR CUSTOM DESIGNS CONSULT THE FACTORY. D MUR0CT C 000uF V SECONDARY + APPLICATION VTK/HTK-XXXX X.XA R 0.0K % R 0.0K % + C 0uF V STRIPPED & TINNED.0 TO. ABOVE SEATING PLANE Vout DC RTN B 0. VTK /000 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

90 OFF-LINE SWITCH MODE TRANSFORMERS Indicated Parts are UL0 & CSA-0 Recognized Under UL File# E Ê Designed for use with Power Integrations IC's Ë Designed to meet UL0/IEC0 Safety Standards Ì Design Engineering Support Available Í Multiple Configurations GENERAL APPLICATION INFORMATION Premier Magnetics' Off-Line Switch Mode Transformers have been designed for use with Power Integrations, Inc. TOPXXX series of three to six terminal off-line PWM switching regulators in the Flyback Buck-Boost circuit configuration. This conversion topology can provide isolated multiple outputs with efficiencies upto %. Premiers' Switching Transformers have been optimized to provide maximum power throughput. The TOPXXX series from Power Integrations, Inc. are self contained 00KHz & KHz voltage controlled PWM switching regulators. This series contains all necessary functions for an off-line switched mode control DC power source. These switching regulators provide a very simple solution to off-line designs. The inductors and transformer used with the PWR-TOPXXX are critical to the performance of the circuit. They define the overall efficiency, output power and overall physical size. Below is a universal input high precision 0.00 Amps, Amps, & (0watt) application circuit utilizing Power Integrations PWR-TOPY switching regulator in the flyback buck-boost configuration. The component values listed are intended for reference purposes only. The soft start capacitor Css is optional depending on the specific application. Simpler topology is possible depending on the line/load regulation required. SCHEMATIC LINE -Vac 0/0Hz NEUT PREMIER MAGNETICS S: (REQUEST DATA SHEETS BY #) L = PMCU-00 mhy EMI/RFI CMC T = POL-00 MAIN SWITCHING TRANSFORMER L = VTP-000 0uHy,.0Amp INDUCTOR F.A 0v U POWER INT. PWR-TOP YAI PROPERLY SIZED HEAT SINK HIGH VOLTAGE RETURN EMI FILTER L PMCU-00 mhy C 0.uF C = 0.uF 0Vac X-Saftey Cap DRAIN SOURCE CONTROL C uf CLAMP NETWORK VR PKE00A D MUR0 (BYVC) / OF U + R. KELVIN CONNECT BR DF0M HOT RAIL 00V,.0A +0 to Vdc ~ + ~ U NEC PS0- C E - C uf 00V + PRI D N C 0.uF BIAS 0 T POL-00 C & C = 0Vac Y-SAFTEY CAPACITORS EMI FILTER C C.nF.nF ALUMINUM ELECTROLYTIC FILTER CAPACITOR RATINGS: +0V OUTPUT: C >V, Ripple Rated > Max. Op. Temp. PANASONIC: ECAJFG -0V OUTPUT: C0 >V, Ripple Rated > Max. Op. Temp. PANASONIC: ECAJFG00 +V OUTPUT: C >V, Ripple Rated > Max. Op. Temp. PANASONIC: ECAIVFG0 D MUR0 SEC # C 0uF V D MUR0 C uf V SEC # C0 0uF V D MUR0 + SOFT START Css.uF L VTP-000 L VTP-000 L VTP-000 / OF U A C R 0 U C C TL 0.uF R A + + R /W C 00uF V C 0uF V R.0K % R.0K % C uf V + 0mA +/- 0V RTN 0mA 00mA V RTN pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

91 OFF-LINE SWITCH MODE TRANSFORMERS GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Units are Designed for a Universal AC Input of to Vac, /0 Hz, Unless Otherwise designated = Unit Designed for Voltage Doubler input -or- PFC Corrected Front End = Unit Designed for AC Input of tovac, /0Hz = Minimum Parts Count Design (lowest cost). Designed for Relatively Constant Load Power Applications Where Load Regulation of.0 % & Line Regulation of.0 % is Acceptable = Faraday Shield Between Primary + Bias & Secondaries. Connected to Bias - Pin APPLICATION DATA Output Voltages Output Currents Con Vout Vdc Io_cont Amps Watt Recommended Recommended Power Intgr. Output Filter Input Filter Package Controller Inductor (L) CMC (L) Schematic TSD- TOP././ 0./0./0.. VTP-000 PMCU-00 EE TSD- TOP VTP-000 PMCU-00 EE TSD- TOP././0.. VTP-000 PMCU-00 EE TSD- TOP.//././0..0 VTP-000 PMCU-00 EEL TSD- TOP.0.. VTP-000 PMCU-00 E/ POL-000 TOP VTP-000 PMCU-00 E-Horz TSD- TOP VTP-000 PMCU-00 E-Horz TSD- TOP VTP-000 PMCU-00 E-Vert POL-000 TOP VTP-000 PMCU-00 E-Horz POL-00 TOP VTP-000 PMCU-00 E-Horz TSD- TOP VTP000 PMCU-00 EE POL-000 TOP VTP-000 PMCU-00 E-Vert POL-000 TOP VTP-000 PMCU-00 E// TSD- TOP VTP-000 PMCU-00 EE/EI TSD- TOP 0 x./..0 VTP-000 PMCU-00 EPC TSD- TOP 0.0 x.0/0.0. VTP-000 PMCU-00 E,0pin TSD- TOP.0 x VTP-000 PMCE-00 ER TSD- TOP.0/./. 0./0./0.. VTP-000 PMCU-00 EE TSD- TOP //././0././././..0 VTP-000 PMCU-00 EE0 TSD- TOP 0 /+/-.0/ VTP-000 PMCE-00 E/ TSD-0 TOP /+/- /+./-0..0 VTP-000 PMCU-00 EI/ TSD-0 TOP /+/- /+.0/ VTP-000 PMCU-00 EI/ TSD- TOP /// ///.0 VTP-000 PMCE-00 EE TSD-0 TOP /.0/.0.0 VTP-000 PMCE-00 EI/ TSD- TOP 0 x &./0.0.0 VTP-000 PMCU-00 E/ TSD-0 TOP 0 / 0.0/0.0. N/A PMCU-00 E-Vert TSD- TOP 0 / 0.0/0.. N/A PMCU-00 E// TSD-0 TOP 0 / 0.0/0.. N/A PMCU-00 E// TSD-0 TOP /+/-./ VTP-000 PMCU-00 EEL TSD- TOP /.///.//././.. VTP-000 PMCU-00 EI0 TSD- TOP //0./.0/. 0. VTP-000 PMCE-00 EE TSD- TOP /.0/.0.0 VTP-000 PMCU-00 EFD TSD- TOP 0 /0/+/-.0/.0/./..0 VTP-000 PMCU-00 E0 TSD- TOP 0 / 0.0/0.0.0 Bead PMCU-00 E-Horz TSD- TOP 0 /.0/ VTP-000 PMCU-00 E// TSD- TOP // //.0 VTP-000 PMCE-00 EERL TSD-0 TOP / /0..0 VTP-000 PMCU-00 E0/0/ pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

92 OFF-LINE SWITCH MODE TRANSFORMERS GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Units are Designed for a Universal AC Input of to Vac, /0 Hz, Unless Otherwise designated = Unit Designed for Voltage Doubler input -or- PFC Corrected Front End = Unit Designed for AC Input of tovac, /0Hz = Minimum Parts Count Design (lowest cost). Designed for Relatively Constant Load Power Applications Where Load Regulation of.0 % & Line Regulation of.0 % is Acceptable = Faraday Shield Between Primary + Bias & Secondaries. Connected to Bias - Pin Recommended Power Intgr. Controller APPLICATION DATA Output Voltages Output Currents Con Vout Vdc Io_cont Amps Watt Recommended Output Filter Input Filter Inductor (L) CMC (L) Package Schematic TSD- TOP /0/0./.0/.0.0 VTP-000 PMCU-00 EEL TSD- TOP / 0.0/0.0. VTP-000 PMCU-00 EE TSD- TOP 0 / 0.0/0.0. VTP-000 PMCU-00 E-Horz TSD- TOP // 0./0./0.0. VTP-000 PMCU-00 EI TSD- TOP 0 /.0/0.0. VTP-000 PMCU-000 E// TSD- TOP /.0/0.0.0 VTP-000 PMCU-000 EEL TSD- TOP 0 /.0/0.0. VTP-000 PMCU-000 E// TSD- TOP Y /-.0/0.. VTP-000 PMCU-00 EFD0 TSD- TOP 0./0 0.0/0.0.0 VTP-000 PMCU-00 E-Horz TSD-0 TOP / 0.0/0.0. VTP-000 PMCU-00 E// TSD-0 TOP / 0./0.0.0 VTP-000 PMCU-00 E TSD- TOP / -/ -0./0.0/ VTP-000 PMCE-00 E TSD-0 TOP VTP-000 PMCU-00 E-Horz TSD-0 TOP./x 0.0/ VTP-000 PMCU-00 E/ TSD- TOP.//- 0./0./ VTP-000 PMCU-00 E/ POL-000 TOP VTP-000 PMCE-00 E/ POL-000 TOP 0P VTP-000 PMCU-00 E-Vert TSD-0 TOP 0P VTP-000 PMCU-00 E-Vert POL-000 TOP VTP-000 PMCU-00 E// TSD-0 TOP P./.0/0.. VTP-000 PMCU-00 E// TSD- TOP./.0/.0 VTP-000 PMCE-00 EER TSD- TOP.//./.0/.0. VTP-000 PMCU-00 EE TSD- TOP //.0/0./ VTP-000 PMCE-00 E0 TSD-0 TOP ///./x.. VTP-000 PMCE-00 EER TSD- TOP VTP-000 PMCU-0 E/ TSD- TOP... VTP-000 PMCU-00 E/ TSD- TOP Y VTP-000 PMCU-00 EE/EI TSD-0 TOP 0 /.0/ VTP-000 PMCE-00 E0 POL-0 TOP VTP-000 PMCU-00 E-Vert TSD- TOP Bead PMCU-00 E-Horz POL-0 TOP Bead PMCU-00 E-Horz TSD- TOP P VTP-000 PMCU-00 E-Horz TSD- TOP VTP-000 PMCU-00 E-Horz TSD-0 TOP P VTP-000 PMCU-00 E-Horz POL-0 TOP VTP-000 PMCU-00 E// POL-0 TOP P VTP-000 PMCU-00 E-Vert POL-00 TOP VTP-000 PMCU-00 E/ pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

93 OFF-LINE SWITCH MODE TRANSFORMERS GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Units are Designed for a Universal AC Input of to Vac, /0 Hz, Unless Otherwise designated = Unit Designed for Voltage Doubler input -or- PFC Corrected Front End = Unit Designed for AC Input of tovac, /0Hz = Minimum Parts Count Design (lowest cost). Designed for Relatively Constant Load Power Applications Where Load Regulation of.0 % & Line Regulation of.0 % is Acceptable = Faraday Shield Between Primary + Bias & Secondaries. Connected to Bias - Pin Recommended Power Intgr. Controller APPLICATION DATA Output Voltages Output Currents Con Vout Vdc Io_cont Amps Watt Recommended Output Filter Input Filter Inductor (L) CMC (L) Package Schematic POL-0 TOP VTP-000 PMCE-00 E0 TSD- TOP VTP-000 PMCE-00 E/ TSD- TOP..0 VTP-000 PMCE-00 EI TSD- TOP VTP-000 PMCE-00 E0 TSD-0 TOP P VTP-000 PMCU-00 E. POL-0 TOP x 0.0/0.0. VTP-000 PMCU-00 E// POL- TOP x 0.0/0.0. VTP-000 PMCU-00 EI-Vert TSD- TOP x./.. VTP-000 PMCE-00 E0 TSD- TOP Y //./- 0./0././0.. VTP-000 PMCU-00 EE// TSD- TOP Y / 0.0/0.0. VTP-000 PMCU-00 EE/EI TSD- TOP Y //./- 0./0././0.. VTP-000 PMCU-00 EE// POL-0 TOP VTP-000 PMCE-00 E0 TSD- TOP VTP-000 PMCU-00 E-Horz TSD-00 TOP VTP-000 PMCU-00 EFD0 TSD-00 TOP VTP-000 PMCU-00 E-Horz TSD-0 TOP VTP-000 PMCU-00 E-Vert TSD- TOP VTP-000 PMCU-00 EE TSD- TOP VTP-000 PMCU-00 E// POL-00 TOP VTP-000 PMCU-00 E/ POL-0 TOP VTP-000 PMCE-00 E0 TSD- TOP VTP-000 PMCE-00 EERL POL-0 TOP VTP-000 PMCE-0 EERL POL-0 TOP 00 x 0.0/0.0.0 VTP-000 PMCU-00 E-Horz TSD- TOP.0/.0 0.0/0.. VTP-000 PMCU-00 EE TSD-0 TOP 0 +/. +0.0/ VTP-000 PMCU-00 E/ TSD- TOP Y /-/. 0./0./0.. VTP-000 PMCU-00 EERL TSD- TOP 0 // 0./0./.0.0 VTP-000 PMCU-00 E/ TSD- TOP Bead N/A EP0-SMD TSD-0 TOP Bead N/A EP0-SMD TSD- TOP //.0/0./ VTP-000 PMCE-00 EI/ TSD-0 TOP 0 V to V.00 to.0. VTP-000 PMCU-00 EEL TSD- TOP Y VTP-000 PMCU-00 EE/EI TSD- TOP 0 x 0.0/0.0. VTP-000 PMCU-00 E// POL-00 TOP /+0/-0 0.0/0./ VTP-000 PMCU-00 EE/ TSD- TOP VTP-000 PMCU-00 EEL TSD- TOP VTP-000 PMCU-00 EEL POL-00 TOP VTP-000 PMCU-00 E// TSD- TOP VTP-000 PMCU-00 E// pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

94 OFF-LINE SWITCH MODE TRANSFORMERS GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C Units are Designed for a Universal AC Input of to Vac, /0 Hz, Unless Otherwise designated = Unit Designed for Voltage Doubler input -or- PFC Corrected Front End = Unit Designed for AC Input of tovac, /0Hz = Minimum Parts Count Design (lowest cost). Designed for Relatively Constant Load Power Applications Where Load Regulation of.0 % & Line Regulation of.0 % is Acceptable = Faraday Shield Between Primary + Bias & Secondaries. Connected to Bias - Pin Recommended Power Intgr. Controller APPLICATION DATA Output Voltages Output Currents Con Vout Vdc Io_cont Amps Watt Recommended Output Filter Input Filter Inductor (L) CMC (L) Package Schematic POL-0 TOP VTP-000 PMCU-00 E/ POL-00 TOP VTP-000 PMCE-00 E0 TSD- TOP VTP-000 PMCU-00 EE TSD- TOP.0.. VTP-000 PMCU-00 EI0 TSD-0 TOP VTP-000 PMCU-00 E// TSD-0 TOP VTP-000 PMCU-00 EE TSD- TOP VTP-000 PMCU-00 EF POL-0 TOP.0.0. VTP-000 PMCU-00 E/ TSD-0 TOP VTP-000 PMCU-00 E/ TSD- TO P.0.0. VTP-000 PMCU-00 EPC POL-00 TOP VTP-000 PMCE-00 E0 POL-0 TOP.0x 0.0x. VTP-000 PMCU-00 E-Vert POL- TOP.0x.x 0.0 VTP-000 PMCE-00 EI/ TSD- TOP.0/.0 0.0/0.00. VTP-000 PMCU-00 EI TSD- TOP Y.0/.0.0/.0.0 VTP-000 PMCE-00 EE0 TSD-0 TOP P.0/.0 0./0.. VTP-000 PMCU-0 EE// TSD- TOP 0YAI.0/.0 0./.0.0 VTP-000 PMCU-000 EI// TSD- TOP.0/. 0./0.. VTP-000 PMCU-000 EE/EI TSD- TOP -.0/ /0..0 VTP-000 PMCU-00 EE/EI POL-0 TOP VTP-000 PMCE-00 E0 TSD- TOP VTP-000 PMCE-00 ETD POL-000 TOP Y VTP-000 PMCE-00 EI/ TSD-0 TOP Y /..0/ VTP-000 PMCE-00 EI0 POL-000 TOP Y VTP-000 PMCE-00 EI/ TSD- TOP VTP-000 PMCE-00 E POL-000 TOP Y VTP-000 PMCE-00 EI/ POL-0 TOP VTP-000 PMCE-00 E/ TSD- TOP Y VTP-000 PMCE-00 EF TSD- TOP VTP-000 PMCE-00 EI TSD- TOP VTP-000 PMCE-00 E/ TSD- TOP VTP-000 PMCE-00 E TSD-0 TOP VTP-000 PMCU-00 EI TSD- TOP /-// 0./0././.. VTP-000 PMCE-00 EI// TSD- TOP VTP-000 N/A EFD TSD- TOP VTP-000 PMCE-00 EI0 pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

95 MECHANICALS E-Horz OFF-LINE SWITCH MODE TRANSFORMERS 0 E-Vert P M POL-XXXX PIN # DENOES PIN#. (.). (.0). (.). (.) CORE TAPED. (.) MIN P M POL-XXXX.0 (.). (.0). (.). (.0) 0. (.0).0 (.) 0. (.). (.). (.). (.) 0. DIA. (.0). (.).0 (.). (.) E-Horz 0. (.0). (.) E// P M POL-XXXX DENOES PIN# 0.0 (.). (.) PIN #.00 (.0) CORE TAPED.00 (.0) CORE TAPED. (.) P M POL-XXXX. (.0).00 (.).0 (.00) -PLACES..0 (.0) (.) 0. (.0). (.00).00 (.).0 (.) MIN.0 (.) 0. DIA. (.0) BOTTOM HALF OF CORE IS CUFF WRAPPED WITH MYLAR TO GUARANTEE mm PIN-CORE-PIN CREEPAGE pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

96 MECHANICALS OFF-LINE SWITCH MODE TRANSFORMERS EPC E-. (.) CORE TAPED 0. (.).00 (.) P M POL-XXXX. (.) -PLCS.0 (.). (.0) 0. (.0)SQ. -PLCS. (.). (.0) PIN #.0 (.0). (.). (.0).0 (.0) -PLCS 0 C L. (.). (.0).0 (.).0 (.).0 (.). (.) 0. DIA. (.00) EPC.00 (.) -PLCS 0.0 (.) 0. DIA. -PLCS. (.0) CORE TAPED.0 (.0) 0.0 (.). (.) P M POL-XXXX.00 (.0). (.) -PLCS 0 C L. (.).0 (.). (.) 0.0 (.) pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

97 OFF-LINE SWITCH MODE TRANSFORMERS MECHANICALS E/ E0 0 0 P M POL-XXXX P M POL-XXXX PIN #. (.). (.00) PIN #.0 (.0) CORE TAPED.0 (.0). (.).00 (.).0 (.) 0.0 (.).0 (.) MIN. (.) 0. DIA. (.0).00 (.).00 (.).0 (.) MIN 0.0 (.) 0. DIA. (.0) EI/ EI0 0 0 P M POL-XXXX P M TSD-XXXX PIN #.0 (.0) CORE TAPED.00 (.) PIN #.00 (.) CORE TAPED.00 (.0).00 (.0).0 (.).00 (.).00 (.).0 (.) MIN. (.) 0. DIA. (.0).00 (.).00 (.).0 (.) MIN. (.) 0. DIA. (.0) pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

98 OFF-LINE SWITCH MODE TRANSFORMERS Indicated Parts are UL0 & CSA-0 Recognized Under UL File# E UL 0 & CSA 0-, C-UL US Recognized Parts UL & CSA Recognized Components in UL File E (S), Product Designation XNWX REF # Package Schematic REF # Package Schematic REF # Package Schematic TSD- E// TSD- E/ TSD- E0 TSD- E// TSD- E// TSD-0 E// TSD- E/ TSD- EERL TSD- E HORIZ 0 TSD- E- HORIZ TSD- E- HORIZ TSD- E HORIZ TSD-0 E/ TSD- E HORIZ TSD- E/ TSD-0 E0 TSD- E0 TSD- E// TSD- E HORIZ 0 TSD- E/ TSD-0 E- HORIZ TSD- E- HORIZ TSD- E// TSD- EFD TSD- EPC TSD- E- HORIZ TSD- E// TSD- EEL TSD-0 E HORIZ 0 TSD-00 E- HORIZ TSD-0 E- VERT TSD-0 E// TSD-0 E/ TSD-0 E// TSD-0 EEL TSD-0 EI0 TSD-0 E- VERT TSD-0 EEL POL-000 E- HORIZ 0 POL-000 E- HORIZ POL-00 E- HORIZ POL-000 E- VERT POL-000 E// POL-000 E- VERT POL-000 E// POL-000 E/ POL-0 E// POL-0 EI VERT POL-0 E// 0 POL- EI VERT POL-00 E/ POL-0 E0 POL-0 EERL POL-0 E HORIZ POL-00 E// POL-0 E/ POL-00 E/ POL-0 E0 POL-000 EI/ 0 POL-000 EI/ POL-0 E/ POL-0 E HORIZ pol 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

99 OFF-LINE SWITCH MODE TINY SWITCH TRANSFORMERS Indicated Parts are UL0, IEC0, CSA-0 Recognized Under UL File# E Ê Designed for Use with Power Integrations IC's, Tiny Switch Family Ë Output Voltage Range from. to Vdc Ì 000 Vrm Isolation (Hi-Pot). Meets UL0, IEC0 Safety Standard Í Units are Designed for a Universal AC Input of to Vac, /0 Hz, Unless otherwise Designated GENERAL ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C PNY-00 PNY-00 Recommended Power Intgr. Controller TNY- TNY- Output Voltages (Vdc) Output Currents (Amp) VR Voltages Ref(V) Part Number Manufacturer Made...0 NB Motorola... NB Motorola.0.. NB Motorola... NB Motorola... NB Motorola... N0B Motorola... NB Motorola... NB Motorola...0 NB Motorola... NB Motorola..0. NB Motorola..0. NB Motorola NB Motorola. 0.. NB Motorola N0B Motorola...0 NB Motorola... NB Motorola... NB Motorola... NB Motorola.0.. NB Motorola... N0B Motorola... NB Motorola..0. NB Motorola...0 NB Motorola.0.. NB Motorola..0. NB Motorola..0. NB Motorola NB Motorola. 0.. NB Motorola N0B Motorola pny /0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

100 PNY-000 PNY-000 PNY-00 Recommended Power Intgr. Controller TNY- TNY- TNY- Output Voltages (Vdc) OFF-LINE SWITCH MODE TINY SWITCH TRANSFORMERS Output Currents (Amp) VR Voltages Ref (V) Part Number Manufacturer Made. 0.. NB Motorola. 0.. NB Motorola. 0.. N0B Motorola. 0.. NB Motorola. 0.. NB Motorola NB Motorola. 0.. NB Motorola. 0.. NB Motorola. 0.. NB Motorola. 0.. NB Motorola. 0.. NB Motorola N0B Motorola NB Motorola NB Motorola NB Motorola NB Motorola NB Motorola NB Motorola.0.. NB Motorola.0.. NB Motorola N0B Motorola NB Motorola. 0.. NB Motorola NB Motorola NB Motorola NB Motorola. 0.. NB Motorola NB Motorola. 0.. NB Motorola N0B Motorola NB Motorola NB Motorola NB Motorola NB Motorola NB Motorola NB Motorola. 0.0 NB Motorola N0B Motorola. 0. NB Motorola. 0.0 NB Motorola. 0. NB Motorola.0 0. NB Motorola. 0. NB Motorola. 0.0 NB Motorola.0 0. NB Motorola. 0.. NB Motorola. 0.. NB Motorola pny /0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

101 Recommended Power Intgr. Controller Output Voltages (Vdc) OFF-LINE SWITCH MODE TINY SWITCH TRANSFORMERS Output Currents (Amp) VR Voltages Ref (V) Part Number Manufacturer Made. 0.0 NB Motorola N0B Motorola NB Motorola. 0. NB Motorola PNY-00 TNY-. 0. NB Motorola. 0. NB Motorola. 0. NB Motorola. 0. NB Motorola. 0. NB Motorola. 0.. NB Motorola. 0.. NB Motorola PNY-0 TNY- //.0/.0/.0 PNY- TNY- /.0/.0 PNY-000 TNY- /.00/.00 PNY-00 TNY-.00 TSD-0 TNY-.00 DIMENSIONS mm (IN) SCHEMATIC PIN #. (.). (.0) (.0).0 (.). (.) 0. DIA. (.0). (.) 0. (.). (.) 0. (.0). (.) pny /0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

102 MEDIUM & HI POWER PMCE-XXXX EMI/RFI COMMON MODE LINE FILTERS Ê Rated Voltage: 0Vac, /00Hz Ë < 0 O C Temp Rise & Rated Current () Ì Operating Temp -0 to +0 O C Í Low Profile Construction Î 0Vrms Isolation Ï Insulation 00Vdc >00MΩ ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C RATED RMS Current Amps rms Load RMS Line KHz (mh Min.) DCR EACH WINDING (Ohms Max.) PACKAGE V 0V PMCE E. PMCE E. PMCE E. PMCE E. PMCE E. PMCE E. PMCE E. PMCE E PMCE E PMCE E PMCE E PMCE E PMCE E PMCE E Notes: () Temperature Rise is specified at maximum continuous current. Lower currents will result in reduced temperature rise. Design point is < 0 O C rise at rated current. APPLICATION SCHEMATIC LINE /0Vac 0/0Hz ICAL APPLICATION CIRCUIT F Cx PMCU-XXXX Cx Cy Cy FG LA DOT ON BOBBIN DENOTES PIN # LB NEUT Cx = 0.uF (Line-to-Line) Cy = 00pF (Line-to-FG) pmce 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

103 PMCE-0XXX E. PMCE-XXXX EMI/RFI COMMON MODE LINE FILTERS PMCE-XXX E IS REVERSIBLE. IT CAN BE INSERTED INTO PCB EITHER WAY. IS REVERSIBLE. IT CAN BE INSERTED INTO PCB EITHER WAY. DOT ON BOBBIN DENOTES PIN # DOT ON BOBBIN DENOTES PIN # LA LB LA LB PIN # DOT P M PMCE-0XXX PIN # DOT P M PMCE-XXX.0 (.0).0 (0.0).0 (.).00 (0.).00 (.00).0 (.). (.).0 (0.) DIA. (.0). (.0).0 (0.) DIA. (.0). (.0). (.00) pmce 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

104 LOW PROFILE-HORZ Ê Rated Voltage: 0Vac, /00Hz Ë < 0 O C Temp Rise & Rated Current () Ì Operating Temp -0 to +0 O C PMCU-XXXX EMI/RFI COMMON MODE LINE FILTERS Í Low Profile Horizontal Construction Î 0Vrms Isolation Ï Insulation 00Vdc >00MΩ ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C RATED RMS Current ma rms Load RMS Line KHz (mh Min.) DCR EACH WINDING (Ohms Max.) PACKAGE V 0V PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. Notes: () Temperature Rise is specified at maximum continuous current. Lower currents will result in reduced temperature rise. Design point is < 0 O C rise at rated current. MECHANICAL SCHEMATIC. (.0) 0. (.) CORE CLAMP. (.).0 (.). (.) IS REVERSIBLE. IT CAN BE INSERTED INTO PCB EITHER WAY. LA DOT ON BOBBIN DENOTES PIN # LB 0. (.0).0 (.).0 (.).0 (.).0 (.) TOP VIEW P M PMCU-XXX LINE /0Vac 0/0Hz NEUT F ICAL APPLICATION CIRCUIT Cx PMCU-XXXX Cx = 0.uF (Line-to-Line) Cy = 00pF (Line-to-FG) Cx Cy Cy FG pmcu / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

105 LOW PROFILE-VERT Ê Rated Voltage: 0Vac, /00Hz Ë < 0 O C Temp Rise & Rated Current () Ì Operating Temp -0 to +0 O C PMCU-XXXX EMI/RFI COMMON MODE LINE FILTERS Í Low Profile Vertical Construction Î 0Vrms Isolation Ï Insulation 00Vdc >00MΩ ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C RATED RMS Current ma rms Load RMS Line KHz (mh Min.) DCR EACH WINDING (Ohms Max.) PACKAGE V 0V PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. PMCU U. Notes: () Temperature Rise is specified at maximum continuous current. Lower currents will result in reduced temperature rise. Design point is < 0 O C rise at rated current. MECHANICAL SCHEMATIC. (.) CORE CLAMP.0 (.0) IS REVERSIBLE. IT CAN BE INSERTED INTO PCB EITHER WAY. DOT ON BOBBIN DENOTES PIN #. (.) LA LB 0. (.0).0 (.).0 (.).0 (.) TOP VIEW P M PMCU-XXX LINE /0Vac 0/0Hz NEUT F ICAL APPLICATION CIRCUIT Cx PMCU-XXXX Cx Cy Cy FG Cx = 0.uF (Line-to-Line) Cy = 00pF (Line-to-FG) pmcu / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

106 MEDIUM POWER Ê Rated Voltage: 0Vac, /00Hz Ë < 0 O C Temp Rise & Rated Current () Ì Operating Temp -0 to +0 O C PMCU-XXXX EMI/RFI COMMON MODE LINE FILTERS Í Low Profile Construction Î 0Vrms Isolation Ï Insulation 00Vdc >00MΩ ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C RATED RMS Current Amps rms Load RMS Line KHz (mh Min.) DCR EACH WINDING (Ohms Max.) PACKAGE V 0V PMCU U0. PMCU U0. PMCU U0. PMCU U0. PMCU U0. PMCU U0. PMCU U0. PMCU U PMCU U PMCU U PMCU U PMCU U PMCU U PMCU U Notes: () Temperature Rise is specified at maximum continuous current. Lower currents will result in reduced temperature rise. Design point is < 0 O C rise at rated current. APPLICATION SCHEMATIC LINE /0Vac 0/0Hz ICAL APPLICATION CIRCUIT F Cx PMCU-XXXX Cx Cy Cy FG LA DOT ON BOBBIN DENOTES PIN # LB NEUT Cx = 0.uF (Line-to-Line) Cy = 00pF (Line-to-FG) pmcu / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

107 PMCU-0XXX U0. PMCU-XXXX EMI/RFI COMMON MODE LINE FILTERS PMCU-XXX U IS REVERSIBLE. IT CAN BE INSERTED INTO PCB EITHER WAY. DOT ON BOBBIN DENOTES PIN # IS REVERSIBLE. IT CAN BE INSERTED INTO PCB EITHER WAY. DOT ON BOBBIN DENOTES PIN # LA LB LA LB PIN# DOT P M PMCU-0XXX. (.0). (.) PIN# DOT P M PMCU-XXX.0 (.).0 (.). (.). (.00) 0. (.0) 0.0 (.). (.).0 (.) 0. (.0) 0. (.). (.).0 (.). (.).0 (.).0 (.) pmcu / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

108 OPEN COMMON MODE EMI SUPRESSION INDUCTORS Ê For High Frequency Power Supply Applications Ë Balanced Windings Ì Vertical Mount Í Custom Values Available Î 0 Vrms Minimum Isolation Voltage Ï Industry Standard Package NORMAL TEMP RANGE ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C RATED RMS Current Amps Load RMS Line V 0V KHz (mh Min.) L 0KHz (µh Max.) DCR EACH WINDING (Ohms Max.) PM-OM A PM-OM A PM-OM A PM-OM B PM-OM B PM-OM B PM-OM B PACKAGE PACKAGE "A" PACKAGE "B" LA LB LA LB.00 (0.) POLYESTER TAPE.0 (.).0 (.00) POLYESTER TAPE.0 (.) P PM-OMXX M PIN # PIN #.00 (0.).00 (0.).00 (.0).00 DIA (.).00 (0.) P PM-OMXX M PIN # PIN #.00 (.).00 (.0).00 (.0).00 DIA (.).00 (.) PM-OMXX /0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

109 Ê Surface Mount with ::::: Ë Low Radiated Noise Ì Frequency Range Over MHz VERSA-PAC TRANSFORMERS & INDUCTORS ELECTRICAL SPECIFICATIONS AT O C Í 00 VAC Isolation Winding to Winding Î Can Be Used As Transformer or Inductor OCL (µh ±0%.) Leak Ind µh () Isat A () I rms A () DCR Ω () Volt-µsec µvs () E peak µj () Thermal Resistance () PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000 0.±0% PM-V000.±0% PM-V000.±0% PM-V000 0.±0% PM-V000.±0% PM-V000 0.±% PM-V00 0.±0% PM-V00.±0% PM-V000.±0% PM-V000.±0% PM-V000 0±0% PM-V00.±0% PM-V00.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V00.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000 ±0% PM-V00.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V000.±0% PM-V0000.±0% PM-V000.±0% pm-vxxxxx 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

110 VERSA-PAC INDUCTORS & TRANSFORMERS Ê Surface Mount With ::::: Ë Low Radiated Noise Ì Frequency Range Over MHz OCL (µh ±0%.) Leak Ind µh () ELECTRICAL SPECIFICATIONS AT O C Isat A () Í 00 VAC Isolation Winding to Winding Î Can Be Used As Transformer or Inductor I rms A () DCR Ω () Volt-µsec µvs () E peak µj () Thermal Resistance () PM-V000 ±0% PM-V000.±0% PM-V000.±0% PM-V ±0% PM-V000.±0% PM-V000.±0% PM-V00.0±0% PM-V000.0±0% PM-V000.0±0% PM-V000.0±0% PM-V000 ±0% PM-V00.±0% PM-V000.0±0% PM-V000.±0% PM-V000.±0% PM-V0 & PM-V0 MECHANICAL PIN # DOT 0x0. (.0).0 (.) 0x0. (.0) 0 x.0 (.0) 0. (.) PM-VXXXXXX D/C 0 0 CORE CLAMP. (.0) 0. (.0) REF 0. (.0) RATIO ::::: pm-vxxxxx 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

111 VERSA-PAC INDUCTORS & TRANSFORMERS PM-V0 & PM-V0 MECHANICAL PIN# DOT x0. (.). (.0) x0. (.) 0.00 (.) 0. (.) PM-VXXXXXX D/C 0 0. (.) CORE CLAMP 0. (.0) 0. (.0) REF 0. (.) RATIO ::::: PM-V0 & PM-V0 MECHANICAL 0.00 (.).0 (.).0 (.0).00 (.).0 (.0) PM-VXXXXXX D/C PIN # DOT.0 (.00).0 (0.0).0 (.00). (.0).0 (0.0).0 (.0). (.0).0 (0.).0 (.0). (.00) 0 RATIO ::::: pm-vxxxxx 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

112 VERSA-PAC INDUCTORS & TRANSFORMERS PM-V0 & PM-V0 MECHANICAL 0.00 (.). (.). (.).0 (.).0 (.0) PM-VXXXXXX D/C PIN# DOT.0 (.0) REF.0 (.0) REF.0 (0.0). (0.0).0 (0.0) REF.0 (.0).0 (.0).0 (0.).0 (.0). (.) 0 RATIO ::::: PM-V0 & PM-V0 MECHANICAL.0 (.0).0 (.) 0.0 (.). (.00) PM-VXXXXXX D/C PIN# DOT. (.0). (.0).0 (0.0).0 (.0).0 (0.0). (.00). (0.0).0 (0.). (.). (.) 0 RATIO ::::: pm-vxxxxx 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

113 Ê Designs for Single or Double Ended Controllers Ë High Isolation Voltages Ì Designs From 0KHz to >00KHz GATE DRIVE & BASE DRIVE TRANSFORMERS Í Very Low Leakage Inductance Î Industry Standard Packages Ï Multiple Configurations ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C TURNS RATIO (Pri:Sec ± %) OCL (µh Typ.) LEAKAGE IND (µh Max.) PRI/SEC HI-POT V PACKAGE ICAL APPLICATION NOTE PMGD-0 : : 0. 00dc EP 0KHz Double Ended Drive PMGD-0 : dc EP 00KHz Single Ended Drive PMGD-0 : : dc EP0 0KHz Double Ended Drive PMGD-0 : dc EP0 KHz Single Ended Drive PMGD-0 : ac EP0 00KHz Double Ended Drive PMGD-0 : : ac EP 0KHz Dual Single Ended Drive PMGD-0 :. : ac EP 0KHz Dual Single Ended Drive PMGD-0 : : ac EP 0KHz Dual Single Ended Drive PMGD-0 : : ac EP 0KHz Dual Single Ended Drive ICAL APPLICATIONS ICAL SINGLE ENDED APPLICATION CIRCUIT ICAL DOUBLE ENDED APPLICATION CIRCUIT +VDC HOT RAIL >> Q D +Vdc PWM DRIVER (ML) VO C T PMGD-0 R C0 R D0.: G Q R D S >> G R0 D S D D B B DOUBLE ENDED PWM OUTPUT B B Q Q Q Q C E C E C E C E OUT A OUT B PMGD-XX SEC # SEC # pmgd 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

114 GATE DRIVE & BASE DRIVE TRANSFORMERS Ê Designs for Gate/Base/Flyback/Push-Pull Í SMD Industry Standard Packages Ë High Isolation Voltages Î Operation Temp -0C to +C Ì Operating Frequency from 0KHz and Higher Ï Multiple Configurations ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO + O C TURNS RATIO (Pri:Sec ± %) OCL (µh) LEAKAGE IND (µh tpy.) PRI DCR (Ω.) (Ω.) PMGD-0 CT : CT 00 MIN EPG/ PMGD- CT : CT 0 MIN EPG/ PMGD- CT :.CT 0 MIN EPG/ PMGD- CT : CT 000 MIN EPG/ PMGD- : CT 000 MIN EPG/ PMGD- : CT. ± 0% EPG/ PMGD- :.0. ± 0% EPG/ PMGD- :.0. ± 0% EPG/ SEC DCR PRI/SEC HI-POT VDC PACKAGE/ SCHEMATIC EPG MECHANICAL EPG SCHEMATICS # # PIN # (Dot) P M PMGD-XX SECONDARY SECONDARY.0 (.0).00 (0.).0 (.) # #.0 (0.). (.) SECONDARY SECONDARY.0 (.). (.).0 (.).0 (.) pmgd 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

115 GATE DRIVE & BASE DRIVE TRANSFORMERS EP MECHANICALS EP0 MECHANICALS PIN # PIN #. (.) P M PMGD-XX.0 (.) CORE TAPED.0 (.).0 (.) P M PMGD-XX. (.0) CORE TAPE.0 (.).0 (.).00 (.).0 (.) MIN. (0.00).0 (.).0 (.).0 (.).0 (.) MIN. (.).0 (.) 0 EP MECHANICALS PIN #. (0.0). (.) P M PMGD-XX XXXX CORES TAPED.00 (0.).0 SQ.. (.00).0 (.). (.00). (.00) pmgd 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

116 Parts are UL & CSA Recognized Under UL File Ê V Single -or- /0V Dual Primaries, 0/0Hz Ë Low Capacitive Coupling Minimizes Line Noise Ì Dual Secondaries May Be Series -or- Parallel Connected SPLIT BOBBIN HIGH ISOLATION POWER TRANSFORMERS Í.VA To VA Î 00Vrms Isolation (Hi-Pot) Ï Split Bobbin Construction ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C SINGLE DUAL V /0V SIZE (VA) SECONDARY RMS RATINGS SERIES PARALLEL PSB-0 PSB-0D. 0V 0mA 0mA PSB-0 PSB-0D. 0V 0mA 00mA PSB-0 PSB-0D 0V 00mA 00mA PSB-0 PSB-0D 0V 00mA 00mA PSB-00 PSB-00D 0 0V 000mA 000mA PSB-0 PSB-0D 0V 00mA 00mA PSB- PSB-D. V 0mA 0mA PSB- PSB-D. V 00mA 00mA PSB- PSB-D V 00mA 000mA PSB- PSB-D V 000mA 000mA PSB-0 PSB-0D 0 V 00mA 00mA PSB- PSB-D V 0mA 00mA PSB- PSB-D. V 0mA 0mA PSB- PSB-D. V 0mA 00mA PSB- PSB-D V 00mA 00mA PSB- PSB-D V 00mA 00mA PSB-0 PSB-0D 0 V 0mA 00mA PSB- PSB-D V 0mA 00mA PSB-0 PSB-0D. 0V ma 0mA PSB-0 PSB-0D. 0V 0mA 0mA PSB-0 PSB-0D 0V 00mA 00mA PSB-0 PSB-0D 0V 00mA 00mA PSB-00 PSB-00D 0 0V 000mA 000mA PSB-0 PSB-0D 0V 00mA 00mA PSB- PSB-D. V ma 0mA PSB- PSB-D. V 00mA 00mA PSB- PSB-D V 0mA 00mA PSB- PSB-D V 00mA 000mA PSB-0 PSB-0D 0 V 00mA 00mA PSB- PSB-D V 00mA 000mA SINGLE DUAL V /0V SIZE (VA) SECONDARY RMS RATINGS SERIES PARALLEL PSB- PSB-D. V 0mA 0mA PSB- PSB-D. V ma 0mA PSB- PSB-D V 00mA 00mA PSB- PSB-D V 0mA 0mA PSB-0 PSB-0D 0 V 00mA 00mA PSB- PSB-D V 00mA 00mA PSB- PSB-D. V 0mA 0mA PSB- PSB-D. V ma 0mA PSB- PSB-D V 0mA 0mA PSB- PSB-D V 0mA 00mA PSB-0 PSB-0D 0 V 0mA 00mA PSB- PSB-D V 000mA 000mA PSB- PSB-D. V ma ma PSB- PSB-D. V 0mA 00mA PSB- PSB-D V ma 0mA PSB- PSB-D V 0mA 00mA PSB-0 PSB-0D 0 V 00mA 00mA PSB- PSB-D V 0mA 00mA PSB- PSB-D. V 0mA 0mA PSB- PSB-D. V ma 0mA PSB- PSB-D V 0mA 0mA PSB- PSB-D V 0mA 0mA PSB-0 PSB-0D 0 V 0mA 00mA PSB- PSB-D V 0mA 00mA PSB-0 PSB-0D. 0V 0mA 0mA PSB-0 PSB-0D. 0V 0mA 0mA PSB-0 PSB-0D 0V 0mA 00mA PSB-0 PSB-0D 0V 00mA 00mA PSB-00 PSB-00D 0 0V 0mA 0mA PSB-0 PSB-0D 0V 00mA 00mA psb / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

117 PSB-XXX MECHANICAL L SPLIT BOBBIN HIGH ISOLATION POWER TRANSFORMERS W P M PSB-XXXX H A B A.0..0 C CLEARANCE HOLES FOR OPTIONAL (-0 x -/) NYLON MOUNTING SCREW ML NOTE: PINS & OMITTED ON SINGLE (-PIN) VERSION SIZE (VA) DIMENSIONS IN INCHES L W H ML A B C. -/ -/ 0-/ N/A / -/ -/ N/A / -/ -/ -/ / -/ -/ -/ / -/ -/ -/ / -/ -/ N/A FOR INTERMEDIATE VALUES AND/ OR CUSTOM DESIGNS CONSULT THE FACTORY. SCHEMATIC APPLICATION -PIN DUAL -PIN SINGLE PRI # V 0/0Hz SEC # SEC # PSB-SERIES -SIZES:. TO VA SINGLE : -PIN, V - 0/0Hz PRI # V 0/0Hz SEC # PRI V 0/0Hz SEC # DUAL PRIMARIES: -PIN PACKAGE Series for 0V - 0/0Hz Parallel for V - 0/0Hz INDICATES POLARITY INDICATES POLARITY psb / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

118 Parts are UL & CSA Recognized Under UL File Ê /0V, 0/0Hz Dual Primaries Ë Low Capacitive Coupling Minimizes Line Noise Ì Dual Secondaries May Be Series -or- Parallel Connected SHROUDED SPLIT BOBBIN HIGH ISOLATION POWER TRANSFORMERS Í PVD-SERIES -SIZES:. TO VA Î 000Vrms Isolation (Hi-Pot) Ï Shrouded Split Bobbin Construction ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C P/N SIZE (VA) SECONDARY RMS RATINGS SERIES PARALLEL DUAL /0V PVD-0. 0V PVD-0 0V PVD V PVD V PVD V PVD-0 0V PVD-0 PVD-0 PVD-0 PVD-. V PVD- V PVD-0 0 V PVD-0 0 V PVD-0 0 V PVD- V P/N SIZE SECONDARY RMS RATINGS DUAL (VA) /0V SERIES PARALLEL PVD-. V PVD- V PVD-0 0 V PVD-0 0 V PVD-0 0 V PVD- V PVD-. V PVD- V PVD-0 0 V PVD-0 0 V PVD-0 0 V PVD- V PVD-. V PVD- V PVD-0 0 V PVD-0 0 V PVD-0 0 V PVD- V PVD-0. 0V PVD-0 0V PVD V PVD V PVD V PVD-0 0V SCHEMATIC APPLICATION ON BOBBIN DENOTES PIN# PRI # V 0/0Hz PRI # V 0/0Hz SEC #A SEC #B INDICATES POLARITY 0 DUAL PRIMARIES: Series for 0V - 0/0Hz Parallel for V - 0/0Hz HI-POT: 000Vac Primary To Secondary 000Vac Windings to Core 0 O C Insulation System Note: Primary and Secondary windings are designed to be used as one primary & one secondary winding. That is, they must each be used simultaneously either parallel or series connected. pvd / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

119 PVD-XXX MECHANICAL SHROUDED SPLIT BOBBIN HIGH ISOLATION POWER TRANSFORMERS PIN# I.D. L W P M PVD-XXXX H F (SQ.) A B E A. (.) MIN C DxE = EA THROUGH HOLES FOR OPTIONAL (#) MOUNTING SCREW 0 & VA SIZES ONLY ML -OR- D 0 ML = EA THROUGH HOLE FOR OPTIONAL (#) MOUNTING SCREW.,, 0, 0 VA SIZES ONLY SIZE NOMINAL DIMENSIONS IN INCHES (VA) L W H A B C ML D E F. -/ -/ / / -/ / / -/ / / -/ / / -/ / -/ /.0 NOTES: ) -HOLE CORNER PATTERN APPLIES TO 0 & VA SIZES ONLY ) ON TOP OF DENOTES PIN# FOR INTERMEDIATE VALUES OR CUSTOM DESIGNS PLEASE CONSULT THE FACTORY. pvd / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

120 LOW PROFILE DUAL BOBBIN HIGH ISOLATION POWER TRANSFORMERS Ê Low Height, Ideal for P.C.B. Applications Ë Dual Secondaries May Be Series -or- Parallel Connected Ì Construction Minimizes Radiated Magnetic Fields Í /0V, 0/0Hz Dual Primaries Î Split Bobbin Construction Ï 00Vrms Isolation (Hi-Pot) ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO +0 O C /0V SIZE (VA) SECONDARY RMS RATINGS SERIES PARALLEL PLP-0. 0V 0mA 00mA PLP-0.0 0V 00mA PLP-0.0 0V 00mA PLP-..V 00mA PLP-.0.V 00mA PLP-.0.V PLP-. V 0mA 00mA PLP-.0 V 0mA 00mA PLP-.0 V 00mA PLP-0. 0V ma 0mA PLP-0.0 0V 00mA 00mA PLP-0.0 0V 00mA PLP-. V 00mA 00mA PLP-.0 V 0mA 00mA PLP-.0 V 00mA PLP-0. 0V ma 0mA PLP-0.0 0V 00mA 00mA PLP-0.0 0V 00mA 00mA PLP-. V ma 0mA PLP-.0 V 0mA 0mA PLP-.0 V 0mA 0mA PLP-0. 0V 0mA 0mA PLP-0.0 0V 0mA 00mA PLP-0.0 0V 00mA 00mA PLP-. V ma 0mA PLP-.0 V 00mA 00mA PLP-.0 V 00mA 00mA PLP-. V ma ma PLP-.0 V ma 0mA PLP-.0 V 0mA 0mA /0V SIZE SECONDARY RMS RATINGS (VA) SERIES PARALLEL PLP-0.0 0V PLP-0.0 0V PLP-.0 V PLP-.0 V PLP-0.0 0V PLP-0.0 0V PLP-.0 V PLP-.0 V PLP-0.0 0V 0.0A PLP-0.0 0V PLP-.0 V 0.0A PLP-.0 V PLP-0.0 0V 0.0A PLP-0.0 0V PLP-.0 V 0.A 0.0A PLP-.0 V 0.0A PLP-.0 V 0.0A 0.0A PLP-.0 V 0.A SCHEMATIC # V 0/0Hz # V 0/0Hz SEC # SEC # INDICATES POLARITY PLP-SERIES -SIZES:.VA - 0.0" HIGH.0VA - 0.0" HIGH.0VA -.0" HIGH.0VA -.0" HIGH.0VA -." HIGH SECONDARIES: Connected series or parallel PRIMARIES: Series for 0V - 0/0Hz Parallel for V - 0/0Hz APPLICATION SPLIT BOBBIN: Provides high isolation and low capacitive couping which minimizes line noise. REGULATION:.VA - 0%.0VA - 0%.0VA - 0%.0VA - %.0VA - % Note: Primary and Secondary windings are designed to be used as one primary & one secondary winding. That is, they must each be used simultaneously either parallel or series connected. plp / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

121 LOW PROFILE DUAL BOBBIN HIGH ISOLATION POWER TRANSFORMERS PLP-XXX MECHANICAL. TO VA SIZES W H # V 0/0Hz SEC # B B B..0x.00 # V 0/0Hz SEC # INDICATES POLARITY A L SIZE (VA) A DIMENSIONS IN INCHES B L W H PLP-XXX MECHANICAL & VA SIZES W H # V 0/0Hz SEC #.00 B SQ. # V 0/0Hz SEC # INDICATES POLARITY A L SIZE (VA) DIMENSIONS IN INCHES A B L W H plp / 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

122 TOROIDAL POWER TRANSFORMERS Ê Meets UL, CSA, VDE Requirements. Ë All Units meet 000Vrms Hi-pot. Ì Available with either V, 0-00 Hz or /0V Input. Í Mounting Hardware Accessory Option Available Upon Request (Metal Washer, Silicone Rubber Pads, Plastic Washers, Screws/Nuts) DIMENSIONS P M PT-xxxxx Power (VA) Dimensions (D x H) Weight (lbs)." x." 0.." x.". 0." x.". 00." x.".." x.". 00." x.".." x.". 0." x.".." x.".0 0." x." 0. pt-xxxxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

123 TOROIDAL POWER TRANSFORMERS ELECTRICAL SPECIFICATIONS AT O C Power (VA) AC Output Series I Series I DC Output Parallel PT @. 0. PT-0 PT-0 @. @. @ 0 PT-000 @. @.0 PT-00 @. @. PT @. @. @. PT @. PT @ @. @. @.0 PT @. @.0 @. @. @. PT @. Power (VA) AC Output Series I Series I DC Output Parallel I PT @. @. @. PT-000 @. PT PT-0 @. 00 PT-000 @.0 @ 0. PT-00 pt-xxxxx 0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

124 FEATURES Ê Watt Output Ë Up to 0% Efficiency Ì Momentary Short Circuit Protection Í Miniature SIP Package.00 WATT MINI-SIP DC/DC CONVERTERS 000 Vdc Isolation INPUT SPECIFICATIONS l Voltage... Per Table Vdc l Voltage Range... ±0% l Input Filter... Cap GENERAL SPECIFICATIONS l Efficiency... % Typ. l Switching Frequency...00KHz Typ. l Isolation Voltage...000Vdc min. l Operating Temperature... - O C to +0 O C OUTPUT SPECIFICATIONS l Voltage... Per Table l Voltage Accuracy... ±% l Ripple & Noise 0MHz BW... % p-p l Load Regulation... ±0% ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO 0 O C INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SAS SAD SAS00 SAD SAS00 SAD SAS00 00 SAD SAS0 SAD0 + + INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SAS0 SAD0 + + SAS0 SAD0 + + SAS00 00 SAD SAS0 SAD0 + + SAS0 SAD0 + + "SA" PACKAGE SCHEMATIC DENOTES PIN #.0 (0.).0 (.) P M SAXXXXXXX (.0) (.).00 (.0).00 (0.).0 (.0).0 (.) MIN.00 (.0).00 (.) PIN DC/DC CONVERTER +IN -IN -OUT COM +OUT DUAL OUTPUT SINGLE OUTPUT +INPUT +INPUT -INPUT -INPUT OMITTED OMITTED -Vout N.C. 0 Vout -Vout +Vout +Vout s_watt 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

125 FEATURES Ê Watt Output Ë Up to 0% Efficiency Ì Momentary Short Circuit Protection Í Miniature SIP Package.00 WATT MINI-SIP DC/DC CONVERTERS K Vdc Isolation INPUT SPECIFICATIONS l Voltage... Per Table Vdc l Voltage Range... ±0% l Input Filter... Cap GENERAL SPECIFICATIONS l Efficiency... 0% Typ. l Switching Frequency...0 KHz Typ. l Isolation Voltage...000Vdc min. l Operating Temperature... - O C to +0 O C OUTPUT SPECIFICATIONS l Voltage... Per Table l Voltage Accuracy... ±% l Ripple & Noise 0MHz BW... % p-p l Load Regulation... ±0% ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO 0 O C INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SBS SBD SBS00 SBD SBS00 SBD SBS00 00 SBD SBS0 INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SBD0 + + SBS0 SBD0 + + SBS00 00 SBD SBS0 SBD0 + + SBS0 SBD0 + + "SB" PACKAGE SCHEMATIC DENOTES PIN #.0 (0.).0 (.) P M SBXXXXXXX.00 (0.).0 (.0) MIN ( ) (.0) (.) (.) (.).0 (.0) PIN DC/DC CONVERTER +IN -IN -OUT COM +OUT DUAL OUTPUT SINGLE OUTPUT +INPUT +INPUT -INPUT -INPUT OMITTED OMITTED OMITTED OMITTED -Vout -Vout COMMON N.C. +Vout +Vout s_watt 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

126 FEATURES Ê Watt Output Ë Up to 0% Efficiency Ì Momentary Short Circuit Protection Í -Pin SIP Package GENERAL SPECIFICATIONS l Efficiency... 0% Typ. l Switching Frequency... 0KHz min. l Isolation Voltage... 00Vdc min. l Operating Temperature... 0 O C to +0 O C.00 WATT MINI-SIP DC/DC CONVERTERS 00Vdc Isolation INPUT SPECIFICATIONS l Voltage... Per Table Vdc l Voltage Range... ±0% l Input Filter... Cap OUTPUT SPECIFICATIONS l Voltage... Per Table l Voltage Accuracy... ±% l Ripple & Noise 0MHz BW... 0mV p-p l Line Regulation....%/% of Vin l Load Regulation... ±0% ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SAS0 0 SAD SAD SAD INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SAD SAD0 + + SAD0 + + SAD SAS00 00 SAD0 + + SAD0 + + "S" PACKAGE SCHEMATIC DENOTES PIN #.0 (0.).0 (.) P M SAXXXXXXX (.0) (.).00 (.0).00 (0.).0 (.0).0 (.) MIN.00 (.0).00 (.) PIN DC/DC CONVERTER +IN -IN -OUT COM +OUT DUAL OUTPUT SINGLE OUTPUT +INPUT +INPUT -INPUT -INPUT OMITTED OMITTED -Vout N.C. 0 Vout -Vout +Vout +Vout s_watt 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

127 FEATURES Ê Watt Output Ë Up to 0% Efficiency Ì Momentary Short Circuit Protection Í -Pin SIP Package GENERAL SPECIFICATIONS l Efficiency... 0% Typ. l Switching Frequency... 0KHz min. l Isolation Voltage Vdc min. l Operating Temperature... 0 O C to +0 O C.00 WATT MINI-SIP DC/DC CONVERTERS 000Vdc Isolation INPUT SPECIFICATIONS l Voltage... Per Table Vdc l Voltage Range... ±0% l Input Filter... Cap OUTPUT SPECIFICATIONS l Voltage... Per Table l Voltage Accuracy... ±% l Ripple & Noise 0MHz BW... 0mV p-p l Line Regulation....%/% of Vin l Load Regulation... ±0% ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO 0 O C INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SAD SAS00 0 SAD SAD INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) SAD SAD0 + + SAD0 + + SAS + 0 SAD SAD0 + + SAD0 + + "S" PACKAGE SCHEMATIC DENOTES PIN #.0 (0.).0 (.) P M SAXXXXXXX.00 (0.).0 (.).0 (.0) MIN (.0) (.0) (.) (.) (.0) PIN DC/DC CONVERTER +IN -IN -OUT COM +OUT DUAL OUTPUT SINGLE OUTPUT +INPUT +INPUT -INPUT -INPUT OMITTED OMITTED -Vout N.C. 0 Vout -Vout +Vout +Vout sax 0/ 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

128 FEATURES Ê. &.0 Watt Output Ë 00Vdc Isolation Ì Momentary Short Circuit Protection Í -Pin DIL Package. &.0 WATT PIN DIL DC/DC CONVERTERS 00Vdc Isolation INPUT SPECIFICATIONS l Voltage... Per Table Vdc l Voltage Range... ±0% l Input Filter...Pi Network GENERAL SPECIFICATIONS l Efficiency...0% to 0% l Switching Frequency... KHz min. l Isolation Voltage... 00Vdc min. l Operating Temperature O C to +0 O C l Storage Temperature... - O C to +0 O C OUTPUT SPECIFICATIONS l Voltage... Per Table l Voltage Accuracy... ±% l Ripple & Noise 0MHz BW %Vp-p l Line & Load Regulation... ±0.0% l Voltage Stability(HR)... ±0.0% ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C. WATT DC/DC CONVERTERS DUAL & SINGLE OUTPUTS REGULATED INPUT VOLTAGE (Vdc+0%) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) FULL LOAD INPUT (ma typ.) BAS BAS0.0 0 BAS BAD BAD BAS BAS.0 0 BAS BAD BAD BAS BAS.0 0 BAS BAD BAD BAS BAS.0 0 BAS BAD BAD BAS BAS.0 BAS BAD BAD WATT DC/DC CONVERTERS DUAL & SINGLE OUTPUTS REGULATED INPUT VOLTAGE (Vdc+0%) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) FULL LOAD INPUT (ma typ.) BAS BAS BAS BAD BAD BAS BAS BAS BAD BAD BAS BAS BAS BAD BAD BAS BAS BAS BAD BAD BAS BAS.0 0 BAS BAD BAD BAD BAS-AD watt 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

129 . &.0 WATT PIN DIL DC/DC CONVERTERS SCHEMATIC (SINGLE) SCHEMATIC (DUAL) +Vin NC NC -Vout +Vout -Vin +Vin -Vout Com Com +Vout -Vin DC to DC CONVERTER DC to DC CONVERTER 0 0 +Vin NC NC -Vout +Vout -Vin +Vin -Vout Com Com +Vout -Vin B PACKAGE PIN ASSIGNMENTS.0 (.).00 (0.).0 (0.).0 (.).00 Dia. (0.)..00 (.).00 (.).00 (.) PIN SINGLE OUTPUT DUAL OUTPUT +INPUT +INPUT NC -OUTPUT NC COMMON 0 -OUTPUT COMMON +OUTPUT +OUTPUT -INPUT -INPUT -INPUT -INPUT +OUTPUT +OUTPUT -OUTPUT COMMON NC COMMON NC -OUTPUT +INPUT +INPUT BAS-AD watt 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

130 .0 &. WATT PIN DIL DC/DC CONVERTERS 00Vdc Isolation FEATURES Ê.0 &. Watt Output Ë Regulated & Unregulated Models Ì Short Circuit Protection Í -Pin DIL Package GENERAL SPECIFICATIONS l Efficiency (unregulated)... 0% l Efficiency (regulated)... 0% l Switching Frequency... 0KHz min. l Isolation Voltage... 00Vdc min. l Operating Temperature...0 O C to +0 O C INPUT SPECIFICATIONS l Voltage... Per Table Vdc l Voltage Range... ±0% l Input Filter...Pi Network OUTPUT SPECIFICATIONS l Voltage....0 Vdc l Voltage Accuracy... ±% l Ripple & Noise 0MHz BW... 00mVp-p l Load Regulation (unregulated)... ±% l Load Regulation (regulated)... ±% ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE 0 O C TO +0 O C INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) REGULATED OUTPUT INPUT CURRENT (ma typ.) NO LOAD FULL LOAD BAU NO 00 BAU00(*) 00 NO 00 BAU00 0 NO 00 BAU00 (*) 0 NO 00 BAU00 00 NO 0 00 BAU0 0 NO 0 0 BAR YES 0 0 BAR00 0 YES 0 0 BAR00 00 YES 0 0 BAR0 0 YES 0 0 NOTE: (*) BAU00: MAY USE BAU000 AND REMOVE PIN #-, -. BAU00: MAY USE BAU00 AND REMOVE PIN #-, -. PACKAGE SCHEMATIC.0 (.).. (.).. (.0)..00 R (0.0)..0 (.)..00 (0.)..00 (.)..00 (.)..00 (.).00 (.). (.) MIN. +Vin.00 (.). (.) (0.). -Vout +Vout -Vin DC to DC CONVERTER +Vin 0 -Vout +Vout -Vin BAX 0/0/0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

131 . WATT :WIDE INPUT RANGE DC/DC POWER MODULES FEATURES Ê. Watt Isolated Output Ë : Wide Input Range Ì High Conversion Efficiency Í Continuous Short Circuit Protection º Regulate Output GENERAL SPECIFICATIONS l Efficiency... Per Table l Operating Frequency... 00KHz Typ. l Isolation Voltage: Vdc Min. l Operating Temperature to + O C l Case Material: 000Vdc...Non-Conductive Black Plastic INPUT SPECIFICATIONS l Voltage...,,, Vdc l Voltage Range...-,-,-,-Vdc l Input Filter... Pi Type OUTPUT SPECIFICATIONS l Voltage... Per Table l Initial Voltage Accuracy... ±% Max l Voltage Stability... ±0.0% max l Ripple & Noise 0MHz BW... 0mV p-p l Load Regulation (0 to 00% Load) Single Output Units: ±0.% Dual Output Units: ±.0% l Line Regulation... ±0.% Typ. PACKAGE PIN ASSIGNMENTS 000VDC 000VDC & 000VDC P M PDCx0xxxx.0 (.). (.).0 (.) 0.0 (0.). (.).0 (.0).0 (.).0 (0.) PIN # SINGLE OUTPUT DUAL OUTPUTS PIN # SINGLE OUTPUT DUAL OUTPUTS + INPUT +INPUT NP NP NC - OUTPUT - INPUT - INPUT NC COMMON - INPUT - INPUT NP NP NP NP NP NP NC COMMON 0 - OUTPUT COMMON 0 NC NC + OUTPUT + OUTPUT NC - OUTPUT - INPUT - INPUT NP NP - INPUT - INPUT NP NP + OUTPUT + OUTPUT + OUTPUT + OUTPUT - OUTPUT COMON NC NC NP NP - OUTPUT COMMON NC COMMON + INPUT + INPUT NC - OUTPUT + INPUT + INPUT + INPUT + INPUT NP NP NP* - NO PIN NC* - NO CONNECTION WITH PIN pm-xxxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

132 . WATT :WIDE INPUT RANGE DC/DC POWER MODULES ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C (SINGLE OUTPUT) INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) %EFF PDCS PDCS00 0 PDCS00 PDCS00 PDCS00 (DUAL OUTPUT) INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) %EFF PDCD00 ± ±0 0 PDCD00 ± ± PDCD00 ± ± PDCD00 ± ± PDCS PDCS00 0 PDCS00 PDCS00 PDCS000 PDCS PDCS00 0 PDCS00 PDCS00 PDCS00 PDCS PDCS PDCS00 PDCS00 PDCS000 PDCD00 ± ±0 PDCD00 ± ± PDCD00 ± ± PDCD000 ± ± PDCD00 ± ±0 PDCD00 ± ± PDCD00 ± ± PDCD00 ± ± PDCD00 ± ±0 0 PDCD00 ± ± PDCD00 ± ± PDCD000 ± ± NOTE #: PDCx00xx_ : BLANK FOR STANDARD WITH ISOLATION = 000VDC PDCx00xxN : ADD "N" FOR WITH ISOLATION = 000VDC PDCx00xxS : ADD "S" FOR WITH ISOLATION = 000VDC pm-xxxx /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

133 .0 WATT :WIDE INPUT RANGE DC/DC POWER MODULES FEATURES Ê.0 Watt Isolated Output Ë : Wide Input Range Ì High Conversion Efficiency Í Continuous Short Circuit Protection º Regulate Output GENERAL SPECIFICATIONS l Efficiency... Per Table l Switching Frequency... 00KHz Min. l Isolation Voltage: Vdc Min. l Operating Temperature... - O C to + O C Derate Linear to No 00 O C Max. l Case Material: 00Vdc...Non-Conductive Black Plastic.kVdc & kvdc...black Coated Copper With Non-Conductive Base INPUT SPECIFICATIONS l Voltage...,,, Vdc l Voltage Range...-,-,-,-Vdc l Input Filter... Pi Type OUTPUT SPECIFICATIONS l Voltage... Per Table l Initial Voltage Accuracy... ±% Max l Voltage Stability... ±0.0% max l Ripple & Noise... 00/0mV p-p l Load Regulation (0 to 00% Load) Single Output Units: ±0.% Dual Output Units: ±.0% l Line Regulation... ±0.% typ. l Temp Coefficient... ±0.0% / O C l Short Circuit Protection... Continuous PACKAGE PIN ASSIGNMENTS 00VDC 00VDC & 000VDC.0 (.) P M PDCx0xxxx. (.).0 (.) 0.0 (0.). (.).0 (.0) PIN # SINGLE OUTPUT DUAL OUTPUTS PIN # SINGLE OUTPUT DUAL OUTPUTS + INPUT +INPUT NP NP NC - OUTPUT - INPUT - INPUT NC COMMON - INPUT - INPUT NP NP NC COMMON 0 - OUTPUT COMMON 0 NC NC + OUTPUT + OUTPUT NC - OUTPUT - INPUT - INPUT NP NP - INPUT - INPUT NP NP + OUTPUT + OUTPUT + OUTPUT + OUTPUT - OUTPUT COMON NC NC NP NP - OUTPUT COMMON NC COMMON + INPUT + INPUT NC - OUTPUT + INPUT + INPUT + INPUT + INPUT NP NP NP* - NO PIN NC* - NO CONNECTION WITH PIN.0 (.).0 (0.) PDCx000x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

134 .0 WATT : WIDE INPUT RANGE DC/DC POWER MODULES ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO + O C INPUT VOLTAGE OUTPUT OUTPUT INPUT CURRENT VOLTAGE CURRENT ICAL NOMINAL RANGE NO LOAD FULL LOAD EFFICIENCY (Vdc) (madc) ma ma PDCS % PDCS % PDCS % PDCS % PDCD ± ± % PDCD ± ± 00 % PDCD ± ±00 00 % PDCS % PDCS % PDCS % PDCS % PDCD000 - ± ±00 0 % PDCD000 - ± ± 0 % PDCD000 - ± ±00 0 % PDCS % PDCS % PDCS % PDCS % PDCD000 - ± ±00. % PDCD00 - ± ±. 0 % PDCD00 - ± ±00. 0 % PDCS % PDCS00-00 % PDCS % PDCS % PDCD00 - ± ±00 % PDCD00 - ± ± 0 % PDCD00 - ± ±00 0 % NOTE: PDCx00xx_ : BLANK FOR STANDARD WITH ISOLATION = 00VDC PDCx00xxK : ADD "K" FOR WITH ISOLATION = 00VDC PDCx00xxQ : ADD "Q" FOR WITH ISOLATION = 000VDC PDCx000x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

135 .0 WATT :WIDE INPUT RANGE DC/DC POWER MODULES ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO + O C INPUT VOLTAGE OUTPUT OUTPUT INPUT CURRENT VOLTAGE CURRENT ICAL NOMINAL RANGE NO LOAD FULL LOAD EFFICIENCY (Vdc) (madc) ma ma PDCS % PDCS % PDCS % PDCS % PDCD ± ± % PDCD ± ± 00 % PDCD ± ±00 00 % NOTE: PDCx00xx_ : BLANK FOR STANDARD WITH ISOLATION = 00VDC P M PDCx0xxxx. (.). 0 (.) 0. 0 (0.). (.).0 (.0) PIN # 00VDC SINGLE OUTPUT DUAL OUTPUTS + INPUT +INPUT NC +INPUT NC NC 0 NC NC - OUTPUT COMMON - OUTPUT COMMON NC - OUTPUT + OUTPUT NC + OUTPUT + OUTPUT. 0 (.).0 (0.) NC NC - INPUT - INPUT - INPUT - INPUT NC* - NO CONNECTION WITH PIN PDCx000x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

136 FEATURES Ê.0 Watt Isolated Output Ë : Wide Input Range Ì Continuous Short Circuit Protection Í Extended Temperature GENERAL SPECIFICATIONS l Efficiency... Per Table l Operating Frequency... 0KHz Min. l Isolation Voltage: Vdc Min. l Operating Temperature O C to +0 O C l Efficiency... Up to 0%.0 WATT : WIDE INPUT RANGE DC/DC POWER MODULES Extended Temperature INPUT SPECIFICATIONS l Voltage...,,, Vdc l Voltage Range...-,-,-, -Vdc l Input Filter... Pi Type OUTPUT SPECIFICATIONS l Voltage... Per Table l Voltage Stability... ±0.0% max l Ripple & Noise Vout = ~V... 00mV p-p Vout = ~V... % of Vout l Load Regulation... ±0.% typ. l Line Regulation... ±0.% typ. ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE -0 O C TO +0 O C (SINGLE OUTPUT) INPUT VOLTAGE (Vdc) PACKAGE OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) %EFF PDCS00 00 PDCS00 0 PDCS00 0 PDCS00 00 PDCS00 00 PDCS00 PDCS00 0 PDCS00 00 PDCS00 00 PDCS00 PDCS PDCS PDCS00 00 PDCS00 PDCS00 0 PDCS (DUAL OUTPUT) INPUT VOLTAGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT CURRENT (ma max.) %EFF PDCD00 ± ±00 PDCD00 ± ± 0 PDCD00 ± ± PDCD00 ± ±00 PDCD00 ± ±00 PDCD00 ± ± PDCD00 ± ± PDCD00 ± ±00 PDCD00 ± ±00 0 PDCD00 ± ± PDCD00 ± ± PDCD00 ± ±00 0 PDCD00 ± ±00 PDCD00 ± ± PDCD00 ± ± PDCD00 ± ±00 PIN ASSIGNMENTS.0 (.).0 (0.).0 (.).0 (.). (.) 0.0 (.). (.) P M PDCx0xxxx PIN # 00 VDC SINGLE OUTPUT DUAL OUTPUTS +INPUT +INPUT NP - OUTPUT NP COMMON 0 -OUTPUT COMMON +OUTPUT +OUTPUT - INPUT - INPUT - INPUT - INPUT +OUTPUT +OUTPUT -OUTPUT COMMON NP COMMON NP -OUTPUT +INPUT +INPUT *NP-NO PIN *NC-NO CONNECTION WITH PIN PDCx00x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

137 FEATURES Ê.0 Watt Isolated Output Ë : Wide Input Range Ì High Conversion Efficiency Í Continuous Short Circuit Protection º Remote ON/OFF Option GENERAL SPECIFICATIONS l Efficiency... Per Table l Switching Frequency... 00KHz Min. l Isolation Voltage: Vdc Min. l Operating Temperature... - O C to + O C Derate Linear to no 00 O C max. l Case Material: 00Vdc...Non-Conductive Black Plastic.kVdc & kvdc...black Coated Copper With Non-Conductive Base l EMI/RFI...Conductive EMI Meets EN0 Class B.0 WATT : WIDE INPUT RANGE DC/DC POWER MODULES With Remote On/Off Option INPUT SPECIFICATIONS l Voltage...,, Vdc l Voltage Range...-, - & -Vdc l Input Filter... Pi Type OUTPUT SPECIFICATIONS l Voltage... Per Table l Initial Voltage Accuracy... ±% Max l Voltage Stability... ±0.0% max l Ripple & Noise... 00/0mV p-p l Load Regulation (0 to 00% Load) Single Output Units: ±0.% Dual Output Units: ±.0% l Line Regulation... ±0.% typ. l Temp Coefficient... ±0.0% / O C l Short Circuit Protection... Continuous PACKAGE PIN ASSIGNMENTS REMOTE ON/OFF CONTROL P M PDCx0xxxx Logic Ec-On Ec-Off Shutdown Idle Current Input Resistance Control Common CMOS or Open Collector TTL >+.VDC or Open Circuit <.VDC 0mA 00 Ohm Referenced to Input Minus.0 (.). (.).0 (.) 0.0 (.). (.).0 (.0).0.0 (.) (0.) PIN # 00VDC SINGLE OUTPUT DUAL OUTPUTS PIN # 00VDC & 000VDC SINGLE OUTPUT DUAL OUTPUTS + INPUT +INPUT NP NP NC - OUTPUT - INPUT - INPUT NC COMMON - INPUT - INPUT NP NP NP R.ON/OFF NP NP NC COMMON 0 - OUTPUT COMMON 0 NC NC + OUTPUT + OUTPUT NC - OUTPUT - INPUT - INPUT NP NP - INPUT - INPUT NP NP + OUTPUT + OUTPUT + OUTPUT + OUTPUT - OUTPUT COMON NC NC NP NP - OUTPUT COMMON NC COMMON + INPUT + INPUT NC - OUTPUT + INPUT + INPUT + INPUT + INPUT NP NP PDCx00x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

138 .0 WATT : WIDE INPUT RANGE DC/DC POWER MODULES With Remote On/Off Option ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO + O C OUTPUT INPUT Previous INPUT VOLTAGE OUTPUT VOLTAGE CURRENT CURRENT ICAL Premier Magnetic NOMINAL RANGE (Vdc) (madc) NO LOAD FULL LOAD EFFICIENCY (NOTE #) Part # (NOTE #) ma ma PDCS00 BAS0NX % PDCS00 BAS0NX % PDCS00 BASNX % PDCS00 BASNX % PDCD00 BAD0NX - ± ±00 0 % PDCD00 BADNX - ± ± 0 % PDCD00 BADNX - ± ±00 0 % PDCS00 BAS0NX % PDCS00 BAS0NX - 00 % PDCS00 BASNX % PDCS00 BASNX % PDCD00 BAD0NX - ± ±00. % PDCD00 BADNX - ± ±. 0 % PDCD00 BADNX - ± ± % PDCS00 BAS0NX % PDCS000 BAS0NX - 00 % PDCS00 BASNX - 0 % PDCS00 BASNX - 00 % PDCD000 BAD0NX - ± ±00 % PDCD00 BADNX - ± ± % PDCD00 BADNX - ± ±00 % NOTE #: PDCx00xx_ : BLANK FOR STANDARD WITH ISOLATION = 00VDC PDCx00xxK : ADD "K" FOR WITH ISOLATION = 00VDC PDCx00xxQ : ADD "Q" FOR WITH ISOLATION = 000VDC PDCx00xxR : ADD "R" FOR WITH ISOLATION = 000VDC AND REMOTE ON/OFF NOTE #: (FOR PREVIOUS PREMIER MAGNETICS #) BAXXXXXNX : FOR STANDARD WITH ISOLATION = 00VDC BAXXXXXNM : FOR WITH ISOLATION = 00VDC BAXXXXXNT : FOR WITH ISOLATION = 000VDC BAXXXXXYT : FOR WITH ISOLATION = 000VDC AND REMOTE ON/OFF PDCx00x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

139 .0 WATT :WIDE INPUT RANGE DC/DC POWER MODULES FEATURES Ê.0 Watt Isolated Output Ë : Wide Input Range Ì High Conversion Efficiency Í Continuous Short Circuit Protection º Regulate Output GENERAL SPECIFICATIONS l Efficiency... Per Table l Switching Frequency... 00KHz Min. l Isolation Voltage: Vdc Min. l Operating Temperature... - O C to + O C Derate Linear to No 00 O C Max. l Case Material: 00Vdc...Non-Conductive Black Plastic.kVdc & kvdc...black Coated Copper With Non-Conductive Base INPUT SPECIFICATIONS l Voltage..., Vdc l Voltage Range... -,-Vdc l Input Filter... Pi Type OUTPUT SPECIFICATIONS l Voltage... Per Table l Initial Voltage Accuracy... ±% Max l Voltage Stability... ±0.0% max l Ripple & Noise... 00/0mV p-p l Load Regulation (0 to 00% Load) Single Output Units: ±0.% Dual Output Units: ±.0% l Line Regulation... ±0.% typ. l Temp Coefficient... ±0.0% / O C l Short Circuit Protection... Continuous PACKAGE PIN ASSIGNMENTS P M PDCx0xxxx PIN # 00VDC SINGLE OUTPUT DUAL OUTPUTS PIN # 00VDC & 000VDC SINGLE OUTPUT DUAL OUTPUTS.0 (.). (.).0 (.) 0.0 (0.). (.).0 (.0) + INPUT +INPUT NP NP NC - OUTPUT - INPUT - INPUT NC COMMON - INPUT - INPUT NP NP NP NP NP NP NC COMMON 0 - OUTPUT COMMON 0 NC NC + OUTPUT + OUTPUT NC - OUTPUT - INPUT - INPUT NP NP - INPUT - INPUT NP NP + OUTPUT + OUTPUT + OUTPUT + OUTPUT - OUTPUT COMON NC NC NP NP - OUTPUT COMMON NC COMMON + INPUT + INPUT NC - OUTPUT + INPUT + INPUT + INPUT + INPUT NP NP NP* - NO PIN NC* - NO CONNECTION WITH PIN.0 (.).0 (0.) PDCx00x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

140 .0 WATT :WIDE INPUT RANGE DC/DC POWER MODULES ELECTRICAL SPECIFICATIONS AT O C - OPERATING TEMPERATURE RANGE - O C TO + O C INPUT VOLTAGE OUTPUT OUTPUT INPUT CURRENT VOLTAGE CURRENT ICAL NOMINAL RANGE NO LOAD FULL LOAD EFFICIENCY (Vdc) (madc) ma ma PDCS % PDCS00-00 % PDCS00-0 % PDCS00-00 % PDCD00 - ± ±00 0 % PDCD00 - ± ± % PDCD00 - ± ±00 % PDCS % PDCS % PDCS % PDCS % PDCD00 - ± ±00 % PDCD00 - ± ± % PDCD00 - ± ±00 % NOTE: PDCx00xx_ : BLANK FOR STANDARD WITH ISOLATION = 00VDC PDCx00xxK : ADD "K" FOR WITH ISOLATION = 00VDC PDCx00xxQ : ADD "Q" FOR WITH ISOLATION = 000VDC PDCx00x /00 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

141 DC/DC POWER MODULES - AMP ADJUSTABLE FEATURES l Efficiency Up to % (ISR) l ON/OFF Control (ground off) l Adjustable Output Voltage l Wide Input Range l Overload Protection (% full load typical) l Continuous Short Circuit Protection l Non-Isolation (No Hi Pot) INPUT VOLTAGE RANGE (Vdc) OUTPUT VOLTAGE (Vdc) OUTPUT VOLTAGE ADJUST RANGE (Vdc) OUTPUT CURRENT (Adc) EFFICIENCY INPUT VOLTAGE Min V Max PDCS * % % % PDCS * % % % PDCS * % % % PDCS * % 0% % PDCS0 * % % % PDCS * % % % PDCS * % % % PDCS * % % % PDCS * % % % PDCS0 * % % % PDCS * % % % PDCS * % % % PDCS * % % % PDCS * % % % PDCS0 * % % % PDCS * % % PDCS0 * % % PDCS0 * % % PDCS * % % PDCS * % % PDCS0 * % % PDCS0 * % % PDCS * % % * NOTE: ADD "V" FOR VERTICAL PACKAGE, "H" FOR HORIZONTAL PACKAGE PDCx-xxx /0 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: () -0

142 DC/DC POWER MODULES - AMP ADJUSTABLE PACKAGE PIN ASSIGNMENTS.0 x.0 (. x.). (.).0 (.).0 (.0). (.).0 x.0 (. x.). (.).0 (.). (.0) VERTICAL P PDCSxxxxV P PDCSxxxxH M M. (.0) PIN FUNCTION # INHIBIT (0V max) Vin Vin Vin GND GND GND GND Vout 0 Vout Vout Vout Adj. (.0). (.) HORIZONTAL. (.0) ICAL APPLICATION CIRCUIT Vin uf Optional Pin #,, Pin #,0, Pin # P M PDCSxxxxH/V R Adjustable down Vout TTL Q Pin #,,, Pin # C R Adjustable up GND GND C: 00uF ELECTROLYTIC OR TANTALUM OUTPUT CAPACITOR Q: TRANSISTOR OR MOSFET (Vce OR Vds >Vdc) 0 BARENTS SEA CIRCLE, LAKE FOREST, CA 0 TEL: () -0 FAX: ()

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