For & plitter Coils TEL RM CEP CEP EEH EEH RM CEP CPFC PC CEPB CEPC CEP EP CEP0 CEP0B CEP CEP CEP CEPE EPD CEEHD CEP CEPB OUT Application is the xdl line transformer. CEPB.0 [.] Max.. [.] Max.. [.] Pin. Pin numbers increment clockwise around the part.. ± 0. [.0 ±.00]. [.] -0. ± 0. [.0 ±.00]. [.]. [.0].0 [.]. [.]. [.0]. [.0] TERMINAL CONNECON DIMENION: mm [inches] Features Complies to meet UL00/IEC00/EN00 requirements for working voltages up to 0Vrms. maller foot print for Central Office applications. Lowest Profile. uperb THD & Longitudinal Balance pecifications J00 J00 00 0.: 0.: Octane, OctanePlus 0, G with EL Driver ADL/ADL/ADL+ CO Annex A/L/M ADL/ADL/ADL+ CO Annex B J0 J0 00 0.0: 0.0: Octane,G with LeA Driver or Le0 Driver ADL/ADL/ADL+ CO Annex A/L/M ADL/ADL/ADL+ CO Annex B CEPB J00 J0 0 00.:.: BladeRunner nd Generation (BCM, BCM) Accelity II ADL/ADL/ADL+ CO Annex A VDL/VDL+ CO over POT J0 00.: Gemimax ADL/ADL/ADL+ CO Annex A J0.: Gemimax VDL/VDL CO Annex B J0.: Vinax CO (PEF 0, PEF 0) VDL/VDL CO Annex B J.: Vinax CPE (PEB 000) VDL/VDL CPE Annex B 0
CEP Max..0 Max.. DIMENION (mm) Max. 0.0 0... x.0 0. LAND PATTERN (mm)...0.0.0 (PRI) (EC) pecifications Impedance Leakage D.C.R. Insertion Loss Total Harmonic Distortion Longitudinal Balance Withstand Voltage (-) (-) (-) (-) (-) Designed to reflect 00Ω on the PRI with 00Ω load on ec. 0µH ±0% : (±%).µh (Typ.).Ω (Typ.) 0.Ω (Typ.) 0.Ω (Typ.) 0.Ω (Typ.) 0.dB (Typ.) -db (Typ.) -0dB (Typ.) 0dB (Typ.),Vrms ec (0kHz 0.V) + tie (PRI : EC) (00kHz 0.V) +, + tie, + short (0 C) (0 C) (0 C) (0 C) (0kHz-.MHz) (0kHz,.Vrms) (00kHz,.Vrms) (00kHz) (, GND) (0Hz/0Hz) between PRI-EC Features transformer for central offices. CEP0 Max..0 [.] Max.. [.] Max. 0. [.] x. [.0]. [.0]. [.] 0. [.0]. [.0] x 0. [.0]. [.]. [.0] Features Complies to meet UL00/IEC00/EN00/BABT/TÜV requirements for working voltages up to 0Vrms. Low Profile. Ü pecifications C00 0.: BladeRunner, nd Generation (BCM, BCM) ADL/ADL/ADL+ CO Annex A C0 00 : Accelity VDL/VDL CO over POT C0 00 : Accelity/Accelity II VDL/VDL CPE over POT C00 C00 C0 000 0.: 0.: 0.: Octane, OctanePlus 0, G with EL Driver ADL/ADL/ADL+ CO Annex A/L/M ADL/ADL/ADL+ CO Annex B ADL/ADL/ADL+ CO Annex B CEP0 C0 0 0.0: Octane, G with Le Driver ADL/ADL/ADL+ CO Annex A/L/M C0 C0 0.0: 0.0: Octane, G with Le/A or Le0 Driver ADL/ADL/ADL+ CO Annex B ADL/ADL/ADL+ CO Annex B C0 00 0.0: Octane, G with LeA or Le0 Driver ADL/ADL/ADL+ CO Annex A/L/M C0 00.: Gemimax ADL/ADL/ADL+ CO Annex A C0 0.: VINAX-CO (khz-mhz) VDL/VDL CO Annex B CP 0.: VINAX-CPE (khz-mhz) VDL/VDL CO Annex B
CEP0B Max.. [.0] Max.. [.] Max..0 [.] x. [.0]. [.]. [.0]. [.0]. [.0]. [.0] x 0. [.0]. [.] Features Complies with CAN/CA C. No.00-, EN00-, IEC00- and UL 00- functional insulation requirements for working voltages up to 0Vrms. mall space and low height. pecifications Leakage D.C.R. Total Harmonic Distortion Longitudinal Balance Interwinding Capacitance Dielectric Breakdown Isolation : (-) (-) (-) (-) 0µH ±0% : (±%) Max..µH Max. 0.Ω Max. 0.Ω Max. -db Min. db Min. db Max. 0pF,00Vrms ec,vrms ec 0Vrms ec (0kHz 0.V) + short (00kHz 0.V) +, + short (00kHz 0.V) +, +++ short + short + short (0kHz,.0Vrms) (00kHz -MHz), + short + grounded (MHz -MHz), + short + grounded (00kHz 0.V) +, + short (0.mA) (0.mA), +, + short (0.mA) CEP Max. 0.0 [.] Max.0.0 [.] Max.. [.] x. [.0] Pin. Pin numbers increment clockwise around the part. x 0. [.0]. [.]. [.0].0 [.]. [.0]. [.0]. [.] Features Complies to meet UL00/IEC00/EN00/BABT/TÜV requirements for working voltages up to 0Vrms. Low Profile. Ü pecifications J00L 000 0.: Octane, OctanePlus 0, G with EL Driver ADL/ADL/ADL+ CO Annex A/L/M CEP J0 J0 00 00.: : Analog Devices Analog Devices Eagle, Eagle-II, Eagle-III, AD, AD & AD (ingle Transformer olution) Eagle, Eagle-II, Eagle-III, AD, AD & AD (Transmit for all CPE olutions) J0 00 :. Analog Devices Eagle, Eagle-II, Eagle-III, AD, AD & AD (Receive for all CPE olutions)
CEP Max. 0.0 [.] Max.0.0 [.] Max.. [.] x. [.0]. [.]. [.0].0 [.]. [.0]. [.0] x 0. [.0]. [.] Features Complies with CAN/CA C. No.00-, EN00-, IEC00- and UL 00- supplementary insulation requirements at working voltages up to 0Vrms. mall space. pecifications Total Harmonic Distortion Leakage Longitudinal Balance D.C.R. Interwinding capacitance (Cww) Dielectric Breakdown Isolation : (-) (-) (-) (-) 0µH ±0%. : (±%) Max. -0dB Max..0µH db (Typ) Max..Ω Max..0Ω Max. 0pF,Vrms ec (0kHz 0.V) + short (00kHz 0.V) +, + short (0kHz,.0Vrms) (MHz 0.V) +, +++ short (khz -MHz), + short + ground + short + short (00kHz, 0.V) +, + short (0.mA), +, + short CEPC Max.. [.] Max.. [.] Max.. [.] x 0. ± 0. [.00 ±.00] x. [.0]. [.0] x. [.] x.0 [.0] x. [.0]. [.] TERMINAL CONNECON Tx Rx 0 Pin. Pin numbers increment clockwise around the part. x.±0. [.0±.00].±0. [.±.00] (BOTTON VIEW) Features Complies to meet UL00/IEC00/EN00/BABT/TÜV requirements for working voltages up to 0Vrms. Ü pecifications C 00.: (line-tx) : (line-rx) UR ADL/ADL/ADL+/VDL/VDL CPE Annex B C0A C0B 00 : (line-tx) : (line-rx) Argon 00/0/0/0/ Centragate UB CX0/0,b CX0 Endpoint CX00 CX0/ DRR-L00-0 Viking II (Café eries), Viking II Plus C0 C0C 00 : (line-tx) : (line-rx) Argon CEPC C0 00.: (line-tx) : (line-rx) Amazon C00 C00 00 00.: (line-tx) : (line-rx).: (line-tx) : (line-rx) Danube ADL/ADL/ADL+ CPE Annex B C0 00.: (line-tx) : (line-rx) BCM0 Driver ( Volt), BCM, BCM C00 00.: (line-tx) : (line-rx) BCM0 Driver ( Volt), BCM, BCM C00 00.: (line-tx) : (line-rx) BCM0 Driver ( Volt), BCM, BCM ADL/ADL/ADL+ CPE Annex B
CEPE Max.. [.] Max.. [.] Max.. [.00]. [.0] x. [.] x 0. [.00] x. [.0].[.0] x. [.] x. [.0] x. [.0].±0. [.0±.00]. [.] x.0 [.0] Rx Tx 0 CEP Max.. [.] Max.. [.] Max.. [.] x. ± 0. [.0±.00] 0 sumida C00 Pin. Pin numbers increment clockwise around the part. 0 x 0. ± 0.0 [.0±.00]. [.0] 0 x. [.0] x. [.0] 0.0 [.] 0 x. [.00] 0 EP TERMINAL LAYOUT (mm) [ ] : inch Max..0 [.] Max.. [.] Pin. Pin numbers increment clockwise around the part. Max.. [.] 0 x ø0. ± 0. [ø.0 ±.00]. ± 0. [.0 ±.00].±0. [.0±.0] 0 0.0 ± 0. [. ±.0] 0.0 ± 0. [. ±.0] 0.0 [.]. [.0] 0 x ø0. [ø.0] 0.0 [.] 0 Features Complies to meet UL00/IEC00/EN00/BABT/TÜV requirements for working voltages up to 0Vrms. J lead type of CEPC (CEPE) Ü pecifications CEPE C0 C0C 00 00.: (line-tx) : (line-rx) : (line-tx) : (line-rx) UR Argon 00/0/0/0/ Centragate UB CX0/0, CX0 Endpoint CX00 CX0/ DRR-L00-0 Viking II (Café eries), Viking II Plus ADL/ADL/ADL+ CPE Annex A C00 00 : AR Family C0 00 : AR Family ADL/ADL/ADL+ CPE Annex B CEP C C 0 0 :.: PMC ierra PMC ierra PM0 AFE PM0 AFE ADL/ADL/ADL+ CPE over POT VDL/VDL CPE over POT C 000 : PMC ierra PM0 AFE VDL/VDL CPE over POT C0 0. : Volt Driver ADL CPE Annex A T00 00 : AR Family T0 00 : AR Family ADL/ADL/ADL+ CPE Annex B EP T00 0.: (line-tx) : (line-rx) ilicon Labs i (ingle Transformer olution) ADL/ADL/ADL+ CPE over POT T0 000.: ilicon Labs i ADL/ADL/ADL+ CPE over POT T0 0.: ilicon Labs i ADL/ADL/ADL+ CPE over POT T0 0. : Volt Driver ADL CPE over Annex A
EPD DIMENION (mm) TERMINAL LAYOUT (mm) [ ] : inch Max.. Max... x. x.. x ø0. Tx 0.0 Type x 0. ± 0.. ± 0... x. x... Rx Features Pin type of CEPC Complies with CAN/CA C. No.00-,EN00-, IEC00-, and UL00- supplementary insulation requirements for working voltages up to 0Vrms. pecifications ITEM Limits Measuring conditions (-) µh ~ µh Within 0kHz, 0.V ( + horted) Leakage DC Resistance (D.C.R.) (T/R) Longitudinal Balance (LB) Interwinding capacitance Total harmonic distortion Withstand Voltage (-) (-) (-) (-): (-):(-) (-) (-) (-) (-) Max. µh Max..Ω Max..0Ω Max..Ω. ( ±.0%).0 ( ±.0%) Min. db Max. pf Max. - db 00Vrms, ec 00kHz, 0.V ( +, +, + horted) 00kHz, 0.V ( +, +, + horted) ( + horted) ( + horted) ( + horted) 0kHz, 0.V ( +, + horted) 0kHz, 0.V ( +, + horted) khz ~ 0kHz ( + horted)( +)Grounded 00kHz, 0.V ( +, + horted) 00kHz, 0.V ( +, + horted).vrms, 0kHz 0.mA, 0/0Hz ( +, +, +, + horted) CEEHD NEW.0±0. DIMENION (mm).±0. Max..0.±0.. x.±0. LAND PATTERN (mm).0.0 0.±0.... Features mall MD pulse transformer use for Multi-vender network for sensor & actuator (CompoNet) mall size (..0mm) and low height (Max..0mm) Operating temperature -0 C to C Correspond RoH directives. pecifications ITEM Limits Measuring conditions (-).mh at 0kHz, 0mV (-):(-), (-), (-) : ± % at 0kHz, 0mV Leakage (-).µh at MHz, 0mV (,, hort) Distributed capacitance (-) pf at 0MHz, 0mV Interwinding capacitance ( - ) pf at MHz, 0mV D.C.R. (-), (-).Ω at 0 C Withstand Voltage (,,-,,) AC 00Vrms, 0ec 0.mA, (0Hz / 0Hz) Impedance (-) kω.khz MHz