Bourns Transient Voltage Suppressor (TVS) Diodes Short Form Brochure

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1 Bourns Transient Voltage Suppressor (TVS) Diodes Short Form Brochure Schottky Diodes Steering Diodes Transient Voltage Suppressor (TVS) Diodes Transient Voltage Suppressor (TVS) Diode Arrays

2 ESD Protection Requirements Electrostatic discharge (ESD) occurs when a charge is exchanged between two objects of unequal charge potential. ESD, occurring most often between people and metal objects, is a result of a build-up of electrons that behave as a capacitor when dielectric isolation is available. Manmade materials such as the sole of a shoe achieve dielectric isolation, while a person walking on carpet creates kinetic energy. The International Electro-technical Commission (IEC) developed a human model ESD event that allows designers to take adequate protection in their electrostatic applications. The IEC defined the ESD discharge impulse with a rise time of less than ns and decay time of 60 ns as highlighted in the adjacent graph. The new standard, IEC identifies four levels. Percent of I PEAK Time (ns) The different levels of the IEC standard are outlined below: IEC Level Contact Voltage (kv) Air Discharge Voltage (kv) Peak Contact Current Contact 0 ns Contact 60 ns Level 7. Level 8 Level Level Integrated Circuit (IC) manufacturers of electrostatic sensitive devices design a level of protection into the IC to increase its robustness. However, protection 0-00 MΩ 0 Ω circuits add cost to the device by consuming expensive silicon real estate. IC manufacturers design to standards to protect against board manufacturing processes such as IEC Level, a kv contact voltage. However, human D.C. 0 pf D.U.T. body ESD voltages are nature-determined and can be kv or more which probably will damage the IC. IEC6000--; Level specifies an air discharge up to kv to take this into consideration. It is common practice to protect all people-interactive data ports to Level, thereby limiting product damage and increasing the robustness of Transient Voltage Key Parameter V c Clamped Transient Voltage the equipment. Therefore, the external ESD protector becomes the first level of protection with the IC providing residual second level protection in the design. Key Parameter Transient Current TVS Protected Load

3 Recommended Pb Free Reflow Profile Temperature ( C) Preheating area 0 C ± 0 C 90 s±0 s Soldering area C ± C 0 s Bourns Diode Product Selection Flowchart Peak temperature: 60 C max. Time (s) Features RoHS compliant* Discrete & array configurations Unidirectional & bidirectional configurations Standard, low and ultralow capacitance offering ESD protection per IEC standard EFT protection per IEC standard Surge protection per IEC standard SMT packages Applications General purpose ESD protection HDMI. and HDMI. port protection Antenna protection High speed communication ports such as USB.0, USB.0, IEEE9 and Gb Ethernet Fast communication ports such as USB. and 0/00b Ethernet ports RS-, RS- & RS-8 data port applications Thunderbolt port protection Display Port. protection T/E START ESD & Surge Protection ESD Protection Only Do You Require Low <0 pf Capacitance? YES Do You Require ESD Protection Combined with Surge Protection Capability? NO Do You Require Low < pf Capacitance? NO YES NO YES NO Do You Require Discrete Solution? YES NO Do You Require Discrete Solution? YES NO Do You Require Discrete Package? YES NO Do You Require Discrete Package? YES CDSOT-T Series CDNBS08- T Series CDSOD-TxxSC SMAJ Series SMBJ Series SMCJ Series SMLJ Series CDSC706-00C CDA-SR0 CDA-SR0LC CDA-SR CDA-SR70 CDSOT-SR08 CDSOT-SRV0- CDSOT6-T Series CDNBS08-PLC0-. CDNBS08-PLC0-6 CDNBS08-SRDAxx CDNBS6-T Series CDWBS6-PLC0-6 CDDFN-TxxC Series CDSOD-TxxC CDSOD-TC-DSL CDSOD-TC-DSL CDSOT-T LC Series CDMSP0-00M CDSOT6-00LC CDDFN0-0P CDDFN0-006N CDSOD-TxxLC CDDFN6-00P CDDFN0-0N CDSOT6-00C CDSC706-00C CDSOT6-00 CDSOT6-00 CDSOT-00B CD060-B Series CD00-B Series *RoHS Directive 00/9/EC Jan. 7, 00 including annex and RoHS Recast 0/6/EU June 8, 0.

4 ESD Protection Product Applications USB.0 Single Port Protection USB.0 ESD & Overcurrent Protection MF-NSMF07- V BUS D+ D USB Port CDSOD-T0C or CGO60MLC-0LE or CGO0MLC-0LG Discrete Solution USB CONTROLLER D+ D- V BUS USB Interface SSTX+ SSRX+ MF-NSMF00-0 VDD 9 NC 8 NC 7 6 CDDFN0-006N Via hole to V DD pin (pin) of CDDFN0-006N D+ D- V DD USB Host Controller SSTX+ SSRX+ SSTX- SSRX- SSTX- SSRX- Power Over Ethernet (POE) PD Unit Protection Power Over Ethernet (POE) PSE Unit Protection PD RJ- SM08EL Mode B Power SMBJ8A + CDNBS0- B CDNBS0-B0800 Ethernet PHY MF-SMDF00- PoE Power Supply Ethernet PHY SM08EL PSE RJ Mode A Power CDSOT6-00C CDSOT6-00C Power Mode A Shown Selected HDMI. ESD & Overcurrent Protection D+ D- D+ D- D0+ D0- CK+ CK- CE_REMOTE NC DDC_CLK DDC_DAT HOTPLUG_DET + V OUT CDDFN0-0P CDDFN0-0P MF-FSMF00X- CDSOT6-00LC D+ D- D+ D- D0+ D0- CK+ CK- HDMI. ESD & Overcurrent Protection HDMI Connector VCC +V TMDS_D+ TMDS_D- TMDS_D+ TMDS_D- TMDS TMDS_D0+ TMDS_D0- TMDS_DCLK+ MF-FSMF00X- CG00MLU-0G TMDS_DCLK- CE REMOTE DDC_CLK TMDS DDC_DAT CG00MLU-0G HOTPLUG_DET HEC+ V Half-duplex HEC- Ethernet CG00MLU-0G HDMI ASIC

5 Ethernet ESD Protection +A -A CDSOT6-00C Ethernet Power Contact & Surge Protection +A -A CDSOT6-00C TBU-DT08-00-WH Gigabit Ethernet Transceiver +B -B +C -C PT600EL Quad Transformer RJ- Connector Gigabit Ethernet Transceiver +B -B +C -C PT600EL Quad Transformer TBU-DT08-00-WH TBU-DT08-00-WH RJ- TBU-DT08-00-WH +D -D CDSOT6-00C +D -D CDSOT6-00C RS- Serial Port Surge Protection RS TBU-CA06-00-WH SMBJ6CA 0-T-SM T/E ITU-T Standard TX TIP TX RING B0T TISP70L T TIP T/E Transceiver T RING RS-8 Serial Port ESD/EFT/ Surge Protection RX TIP RX RING B0T TISP70L R TIP R RING V CC CDSOT-SM7 TBU-CA06-00-WH MOV-0D0K RS8 Display Port. ESD & Overcurrent Protection Thunderbolt Port ESD & Overcurrent Protection V BUS D0P D0N Thunderbolt Interface DP DN MF-MSMF60- CDDFN0-0P CDSOD-T0SC TBU-CA06-00-WH V DD D0P D0N Thunderbolt Controller DP DN MOV-0D0K D0P D0N DP DN DP DisplayPort Driver DN DP DN AUXP AUXN HP_DET Return DP_PWR DP_PWR CDDFN0-0P CDDFN0-0P CDSOT6-00LC MF-PSMF07X- D0P D0N DP DN DP DN DP DN AUXP AUXN HP_DET Return DP_PWR DP_PWR

6 Discrete Small Signal Schottky Barrier Diodes Vrrm Vr Io (ma) Isurge Vf If Ir Vr (ma) (ua) Ct max. (pf) CD060-B (8.ms) CD00-B (8.ms) CD060-B (8.ms) CD00-B (8.ms) CD060-B (8.ms) CD00-B (8.ms) CD00-B (8.ms) CD060-B00L (8.ms) CD00-B00L (8.ms) CD060-B00L (8.ms) CD00-B00L (8.ms) CD060-B00R (8.ms) CD00-B00R (8.ms) F (MHz) Discrete Low Capacitance Transient Voltage Suppressor (TVS) Diodes Symbols & Terms Ct Diode Capacitance I o Average Rectified Current I f Forward Current I r Reverse Current I surge Non-Repetitive Current I rsm Reverse Surge Current I L Leakage Voltage P pk Peak Pulse Power Dissipation T d Response Time V f Forward Voltage V r Reverse Voltage V rrm Repetitive Reverse Peak Voltage V rwm Working Peak Reverse Voltage V rsm Reverse I rsm V br Breakdown Voltage V wm Working Peak Voltage V DC Operating Voltage V C Clamping Voltage V t Trigger Voltage Vwm Vc Ipp Ppk Vbr If Ct Typ (W) (ma) (pf) CDSOD-T0 SOD CDSOD-T0 SOD CDSOD-T08 SOD CDSOD-T SOD CDSOD-T SOD CDSOD-T8 SOD CDSOD-T SOD CDSOD-T0C SOD CDSOD-T0C SOD CDSOD-T08C SOD CDSOD-TC SOD CDSOD-TC SOD CDSOD-T8C SOD CDSOD-TC SOD CDSOD-TC-DSL SOD CDSOD-TC-DSL SOD F (MHz) 6

7 Discrete Ultra Low Capacitance Transient Voltage Suppressor (TVS) Diodes Vwm Vc Ipp Ppk Vbr If Ct Typ (W) (ma) (pf) CDSOD-T0L SOD CDSOD-T08L SOD CDSOD-TL SOD CDSOD-TL SOD CDSOD-T8L SOD CDSOD-TL SOD CDSOD-T0LC SOD CDSOD-T08LC SOD CDSOD-TLC SOD CDSOD-TLC SOD CDSOD-T8LC SOD CDSOD-TLC SOD CDDFN-T.0LC DFN F (MHz) Discrete Standard Capacitance Transient Voltage Suppressor (TVS) Diodes Ipp Vc Ipp Ppk Vbr If Ct Typ (W) (ma) (pf) CDSOD-T0S SOD CDSOD-T0S SOD CDSOD-T08S SOD CDSOD-TS SOD CDSOD-TS SOD CDSOD-T8S SOD CDSOD-TS SOD CDSOD-T6S SOD CDSOD-T0SC SOD CDSOD-T0SC SOD CDSOD-T08SC SOD CDSOD-TSC SOD CDSOD-TSC SOD CDSOD-T8SC SOD CDSOD-TSC SOD CDSOD-T6SC SOD CDDFN-T.LC DFN- 0 0 CDDFN-T.7C DFN CDDFN-T.0C DFN CDDFN-TC DFN- 0 CDDFN-TC DFN CD060-T0C CD060-TC CD060-TC CD00-T0C CD00-TC CD00-TC F (MHz) 7

8 Discrete 00 W Transient Voltage Suppressor (TVS) Diodes Unidirectional Bidirectional Vrwm Vrsm Irsm Ppk (W) Vbr min. SMAJ.0A SMBJ.0CA SMA SMAJ6.0A SMBJ6.0CA SMA SMAJ6.A SMBJ6.CA SMA SMAJ7.0A SMBJ7.0CA SMA SMAJ7.A SMBJ7.CA SMA SMAJ8.0A SMBJ8.0CA SMA SMAJ8.A SMBJ8.CA SMA SMAJ9.0A SMBJ9.0CA SMA SMAJ0A SMBJ0CA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJ6A SMBJ6CA SMA SMAJ7A SMBJ7CA SMA SMAJ8A SMBJ8CA SMA SMAJ0A SMBJ0CA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJ6A SMBJ6CA SMA SMAJ8A SMBJ8CA SMA SMAJ0A SMBJ0CA SMA SMAJA SMBJCA SMA SMAJ6A SMBJ6CA SMA SMAJ0A SMBJ0CA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJ8A SMBJ8CA SMA SMAJA SMBJCA SMA SMAJA SMBJCA SMA SMAJ8A SMBJ8CA SMA SMAJ60A SMBJ60CA SMA SMAJ6A SMBJ6CA SMA SMAJ70A SMBJ70CA SMA SMAJ7A SMBJ7CA SMA SMAJ78A SMBJ78CA SMA SMBJ8A SMBJ8CA SMA SMBJ90A SMBJ90CA SMA SMBJ00A SMBJ00CA SMA SMBJ0A SMBJ0CA SMA SMBJ0A SMBJ0CA SMA SMBJ0A SMBJ0CA SMA SMBJ0A SMBJ0CA SMA SMBJ60A SMBJ60CA SMA SMBJ70A SMBJ70CA SMA If (ma) 8

9 Discrete 600 W Transient Voltage Suppressor (TVS) Diodes Unidirectional Bidirectional Vrwm Vrsm Irsm Ppk (W) Vbr min. SMBJ.0A SMBJ.0CA SMB SMBJ6.0A SMBJ6.0CA SMB SMBJ6.A SMBJ6.CA SMB SMBJ7.0A SMBJ7.0CA SMB SMBJ7.A SMBJ7.CA SMB SMBJ8.0A SMBJ8.0CA SMB SMBJ8.A SMBJ8.CA SMB SMBJ9.0A SMBJ9.0CA SMB SMBJ0A SMBJ0CA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJ6A SMBJ6CA SMB SMBJ7A SMBJ7CA SMB SMBJ8A SMBJ8CA SMB SMBJ0A SMBJ0CA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJ6A SMBJ6CA SMB SMBJ8A SMBJ8CA SMB SMBJ0A SMBJ0CA SMB SMBJA SMBJCA SMB SMBJ6A SMBJ6CA SMB SMBJ0A SMBJ0CA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJ8A SMBJ8CA SMB SMBJA SMBJCA SMB SMBJA SMBJCA SMB SMBJ8A SMBJ8CA SMB SMBJ60A SMBJ60CA SMB SMBJ6A SMBJ6CA SMB SMBJ70A SMBJ70CA SMB SMBJ7A SMBJ7CA SMB SMBJ78A SMBJ78CA SMB SMBJ8A SMBJ8CA SMB SMBJ90A SMBJ90CA SMB SMBJ00A SMBJ00CA SMB SMBJ0A SMBJ0CA SMB SMBJ0A SMBJ0CA SMB SMBJ0A SMBJ0CA SMB SMBJ0A SMBJ0CA SMB SMBJ60A SMBJ60CA SMB SMBJ70A SMBJ70CA SMB If (ma) 9

10 Discrete 00 W Transient Voltage Suppressor (TVS) Diodes Unidirectional Bidirectional Vrwm Vrsm Irsm Ppk Vbr min. (W) SMCJ.0A SMCJ.0CA SMC SMCJ6.0A SMCJ6.0CA SMC SMCJ6.A SMCJ6.CA SMC SMCJ7.0A SMCJ7.0CA SMC SMCJ7.A SMCJ7.CA SMC SMCJ8.0A SMCJ8.0CA SMC SMCJ8.A SMCJ8.CA SMC SMCJ9.0A SMCJ9.0CA SMC SMCJ0A SMCJ0CA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJ6A SMCJ6CA SMC SMCJ7A SMCJ7CA SMC SMCJ8A SMCJ8CA SMC SMCJ0A SMCJ0CA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJ6A SMCJ6CA SMC SMCJ8A SMCJ8CA SMC SMCJ0A SMCJ0CA SMC SMCJA SMCJCA SMC SMCJ6A SMCJ6CA SMC SMCJ0A SMCJ0CA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJ8A SMCJ8CA SMC SMCJA SMCJCA SMC SMCJA SMCJCA SMC SMCJ8A SMCJ8CA SMC SMCJ60A SMCJ60CA SMC SMCJ6A SMCJ6CA SMC SMCJ70A SMCJ70CA SMC SMCJ7A SMCJ7CA SMC SMCJ78A SMCJ78CA SMC SMCJ8A SMCJ8CA SMC SMCJ90A SMCJ90CA SMC SMCJ00A SMCJ00CA SMC SMCJ0A SMCJ0CA SMC SMCJ0A SMCJ0CA SMC SMCJ0A SMCJ0CA SMC SMCJ0A SMCJ0CA SMC SMCJ60A SMCJ60CA SMC SMCJ70A SMCJ70CA SMC If (ma) 0

11 Discrete 000 W Transient Voltage Suppressor (TVS) Diodes Unidirectional Bidirectional Vrwm Vrsm Irsm Ppk (W) Vbr min. SMLJ.0A SMLJ.0CA SMC SMLJ6.0A SMLJ6.0CA SMC SMLJ6.A SMLJ6.CA SMC SMLJ7.0A SMLJ7.0CA SMC SMLJ7.A SMLJ7.CA SMC SMLJ8.0A SMLJ8.0CA SMC SMLJ8.A SMLJ8.CA SMC SMLJ9.0A SMLJ9.0CA SMC SMLJ0A SMLJ0CA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJ6A SMLJ6CA SMC SMLJ7A SMLJ7CA SMC SMLJ8A SMLJ8CA SMC SMLJ0A SMLJ0CA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJ6A SMLJ6CA SMC SMLJ8A SMLJ8CA SMC SMLJ0A SMLJ0CA SMC SMLJA SMLJCA SMC SMLJ6A SMLJ6CA SMC SMLJ0A SMLJ0CA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJ8A SMLJ8CA SMC SMLJA SMLJCA SMC SMLJA SMLJCA SMC SMLJ8A SMLJ8CA SMC SMLJ60A SMLJ60CA SMC SMLJ6A SMLJ6CA SMC SMLJ70A SMLJ70CA SMC SMLJ7A SMLJ7CA SMC SMLJ78A SMLJ78CA SMC SMLJ8A SMLJ8CA SMC SMLJ90A SMLJ90CA SMC SMLJ00A SMLJ00CA SMC SMLJ0A SMLJ0CA SMC SMLJ0A SMLJ0CA SMC SMLJ0A SMLJ0CA SMC SMLJ0A SMLJ0CA SMC SMLJ60A SMLJ60CA SMC SMLJ70A SMLJ70CA SMC If (ma)

12 Steering Diode Arrays Absolute Max. Ratings (Ta = C) Vwm Vbr Io Vf If (ma) Ir max. Vr (ma) Ctyp F (MHz) Schematic CDSOT-SR08 SOT See Page CDA-SR.8 SOT-A CDA-SR. SOT-A CDA-SR0 SOT-A CDA-SR0LC SOT CDA-SR SOT-A CDA-SR70 SOT-A Transient Voltage Suppressor (TVS) Diode Arrays Absolute Max. Ratings (TA = C) Vwm Vc Ipp Vbr If Ct F (ma) (pf) (MHz) CDSOT-T0 SOT CDSOT-T0 SOT CDSOT-T08 SOT CDSOT-T SOT CDSOT-T SOT CDSOT-T SOT CDSOT-T6 SOT CDSOT-T0C SOT CDSOT-T0C SOT CDSOT-T08C SOT CDSOT-TC SOT CDSOT-TC SOT CDSOT-TC SOT CDSOT-T6C SOT CDSOT-T0LC SOT CDSOT-T0LC SOT CDSOT-T08LC SOT CDSOT-TLC SOT CDSOT-TLC SOT CDSOT-TLC SOT CDSOT-T6LC SOT CDSOT-SLVU.8 SOT /0 0 CDSOT-SM7 SOT 7 / / /. 7 0 Schematic

13 Transient Voltage Suppressor (TVS) Diode Arrays Absolute Max. Ratings (TA = C) Vwm Vc Ipp If Ct typ Vr (ma) (pf) Vbr min. CDSOT6-T0 SOT CDSOT6-T SOT F (MHz) Schematic CDSOT6-T SOT CDSOT6-T SOT CDSOT6-T0C SOT CDSOT6-TC SOT CDSOT6-TC SOT CDSOT6-TC SOT CDSOT-SRV0- SOT See Page CDNBS08-T0 8L NSOIC CDNBS08-T0 8L NSOIC CDNBS08-T08 8L NSOIC CDNBS08-T 8L NSOIC CDNBS08-T 8L NSOIC CDNBS08-T 8L NSOIC CDNBS08-T6 8L NSOIC Max 0 vs. CDNBS08-T0C 8L NSOIC typ 0 CDNBS08-T0C 8L NSOIC CDNBS08-T08C 8L NSOIC CDNBS08-TC 8L NSOIC CDNBS08-TC 8L NSOIC CDNBS08-TC 8L NSOIC CDNBS08-T6C 8L NSOIC CDNBS08-PLC0-6 8L NSOIC CDNBS08-SLVU.8-8L NSOIC CDNBS08-SLVU.8-8 8L NSOIC CDNBS08-SRDA.- 8L NSOIC CDNBS08-SRDA0-8L NSOIC Max 0 vs. CDNBS08-SRDA- 8L NSOIC.9 7. typ 0 CDNBS08-SRDA- 8L NSOIC CDNBS08-SRDA.-6 8L NSOIC Max vs. 0 CDNBS08-SRDA0-6 8L NSOIC typ 0 CDNBS6-T0 6L NSOIC.0. 0 CDNBS6-T0 6L NSOIC CDNBS6-T08 6L NSOIC Max 0 CDNBS6-T 6L NSOIC. vs. 0 CDNBS6-T 6L NSOIC typ 0 CDNBS6-T 6L NSOIC CDNBS6-T6 6L NSOIC CDNBS6-T0C 6L NSOIC.0. 0 CDNBS6-T0C 6L NSOIC CDNBS6-T08C 6L NSOIC Max 0 CDNBS6-TC 6L NSOIC. vs. 0 CDNBS6-TC 6L NSOIC typ 0 CDNBS6-TC 6L NSOIC CDNBS6-T6C 6L NSOIC CDWBS6-PLC0-6 6L WSOIC See Page

14 Transient Voltage Suppressor (TVS) Diode Arrays Absolute Max. Ratings (TA = C) Vwm Vc Ipp If Ct typ Vr (ma) (pf) Vbr min. F (MHz) Schematic CDSOT-S00 SOT CDSOT-00B SOT-L CDSOT-00U SOT-L I/O VDD I/O 6 CDSOT6-00 SOT I/O I/O CDSOT6-00LC SOT-6L I/O VDD I/O 6 CDSOT6-00C SOT-6L 0 6. I/O I/O I/O VDD I/O 6 CDNBS08-SMDA0-6 SO I/O I/O 6 CDSOT6-00 SOT I/O VDD I/O 6 CDSOT6-T0C SOT I/O I/O I/O I/O CDSOT-T0 SOT I/O I/O CDSC706-00C SC70-6L CDDFN6-00P DFN CDDFN0-0P DFN ,8 CDDFN0-006N DFN , CDDFN0-0N DFN Line Line VDD Line Line CDMSP0-00M MSOP-0L VC VC VC VC

15 Bourns TVS Diode Arrays Competitive Cross Reference ProTek Semtech Littelfuse MicroSemi OnSemi AOS Semitel STM Bourns ESDB.0STG CD060-T0C PSR0-LF SR0 CDA-SR0 AOZ800A-0 CDA-SR0LC PSR-LF SR AOZ800A- CDA-SR PSR.8-LF SR.8 CDA-SR.8 PSR.-LF SR. CDA-SR. PSR70-LF SR70 CDA-SR70 RClamp0P ESD700 CDDFN0-0P PLR0 RClamp0N NUP0MU CDDFN0-0N UCLAMPP.TCT CDDFN-TC UClamp0P/UClamp00T CDDFN-T.0C UCLAMPP.TCT CDDFN-T.LC RClamp0P.TCT CDDFN-T.0LC RClamp00P AOZ800DI CDDFN6-00P RClamp00M/0M/0M AOZ800FI/8006FI/8007FI CDMSP0-00M PLC0-.-LF-T LC0-. CDNBS08-PLC0-. PLC0-6-LF-T LC0-6 SP0-6 LC0 6R CDNBS08-PLC0-6 SLUV.8--LF SLVU.8- SPLV.8- SESV8P8U CDNBS08-SLVU.8- SLUV.8-8-LF SLVU.8-8 CDNBS08-SLVU.8-8 PSMDA0-6 ESDA6VU CDNBS08-SMDA0-6 SRDA0--LF SRDA0- NUP0DR/SRDA0- CDNBS08-SRDA0- SRDA0-6 NUP0D CDNBS08-SRDA0-6 SRDA0-6-LF CDNBS08-SRDA0-6 SRDA--LF SRDA- CDNBS08-SRDA- SRDA--LF SRDA- CDNBS08-SRDA- SRDA.--LF SRDA.- NUP06D CDNBS08-SRDA.- SRDA.-6-LF SRDA.-6 CDNBS08-SRDA.-6 SMDAxx-LF SMDAxx SMDBxxE CDNBS08-Txx SMDAxxC-LF SMDAxxC SMDBxxCE CDNBS08-TxxC SM6LCxx-LF LCDAxx-8 CDNBS6-Txx SM6LCxxC-LF LCDAxxC-8 CDNBS6-TxxC PLR00F-P-T7 NUP0WTG SESVTSC70-6U CDSC706-00C GBLCxx-LF SESLCxVD-U CDSOD-Txx GBLCxxC-LF SESLCxVD-B CDSOD-TxxC GBLCxxLC-LF CDSOD-TxxL GBLCxxCLC-LF CDSOD-TxxLC PSDxx-LF uclamp0d SDxx CDSOD-TxxS PSDxxC-LF SDxxC SDxxC CDSOD-TxxSC AOZ890CI CDSOT-00C USBLC6-SC6 CDSOT6-00 RCLAMP00S AOZ8000CI/890CI/890 SESVT6-6U DVIULC6-SC6 CDSOT6-00C AOZ800CI/800CIL/8007CI HDMIULC6-SC6 CDSOT6-00LC PSMSxx-LF SMSxx SPxx0BAHT ESDA6VSC CDSOT6-Txx PSMSxxC-LF SMSxxC SPxx0BAHT ESDA6V-SC6/7-SC6/9-SC6 CDSOT6-TxxC ESOTxx-LCC- CDSOT6-TxxLC MMBD00S-7-F CDSOT-S00 SLVU.8-LF SLVU.8 SPLV.8 CDSOT-SLVU.8 PSM7-LF-T7 SM7 CDSOT-SM7 USB08-LF-T7 DALC08SC6 CDSOT-SR08 SRV0--P-T7 SRV0- SP00-0HTG NUP0MR6TG USBLC6-SC6 CDSOT-SRV0- PSOTxx-LF CDSOT-Txx PSOTxxC-LF SMxx SPxx0BAHT ESDA6VL/VL/L CDSOT-TxxC PSOTxxLC-LF SLxx SLxxTG ESDA6V-BC6 CDSOT-TxxLC SESVT-/- ESDAL-C6V-W CDSOT-T0 AOZ800KIL USBLC6-P6 CDSOT6-00 UClamp00A NUP0X6TG SESVT6-6 CDSOT6-T0C PLC0-6.TD LC0-6 CDWBS6-PLC0-6 SMAJxxxA SMAJxxxA SMAxxxA SMAJxxxA SMAJxxxA SMAJxxxCA SMAJxxxCA SMAxxxCA SMAJxxxCA SMAJxxxCA SMBJxxxA SMBJxxxA SMBxxxA SMBJxxxA SMBJxxxA SMBJxxxCA SMBJxxxCA SMBxxxCA SMBJxxxCA SMBJxxxCA SMCJxxxA SMCJxxxA SMCxxxA SMCJxxxA SMCJxxxA SMCJxxxCA SMCJxxxCA SMCxxxCA SMCJxxxCA SMCJxxxCA SMLJxxxA SMLJxxxA SMLJxxxCA SMLJxxxCA

16 Worldwide Sales Offices Country Phone Fax Americas: Brazil: China: Europe: + (0) (0) Japan: Singapore: Taiwan: Other Asia-Pacific Countries: Technical Assistance Region Phone Fax Asia-Pacific: Europe, Middle East, Africa: + (0) (0) Americas: Bourns products are available through an extensive network of manufacturer s representatives, agents and distributors. To obtain technical applications assistance, a quotation, or to place an order, contact a Bourns representative in your area. Specifications subject to change without notice. Actual performance in specific customer applications may differ due to the influence of other variables. Customers should verify actual device performance in their specific applications. "Bourns is a registered trademark of Bourns, Inc. in the U.S. and other countries. Thunderbolt is a trademark of Intel Corporation in the U.S. and/or other countries. COPYRIGHT 0, BOURNS, INC. LITHO IN U.S.A. WAG 0/ 0M/ESD7