500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

RX3 -G

Catalog Datasheet MFG & Type PDF Document Tags

UPD9625L

Abstract: RX3 -G N IT RX1 G R X2 Transmit channel frequency response (Gain) G RX3 G RX4 G RX5 g RX6 g - 2 , 3.0 kHz 3.2 kHz 3.4 kHz 3.78 kHz M IN. TYP. M AX. -24 U N IT R X2 RX3 RX4 R X5 - 2
-
OCR Scan

LF8251

Abstract: ,RX-2 -G 28 15 14 16 26 27 25 17 24 23 21 22 TX3 26 TX4 17 33 20 19 RX3 27 15 34 18 28 RX3 14 7 13 29 13 36 37 35 38 8 TX2 30 , -3 TD-1 5 .36 TX-1 TD-3 RD+1 4.37 RX+1 RD+3 14.27 RX+3 RD+1 1 .40 RX+1 RD+3 11.30 RX+3 RX-1 RX-3 12 .29 RX-3 , +2 RX-3 15 .26 Port 4 Pin Name Pin# Pin# TD+4 16 .25 RX-1 RX-3 2
Delta Electronics
Original

RX-3 -G

Abstract: RX-2 -G SCHEMATICS 39 40 1 2 3 31 TX2 29 30 RX3 28 14 TX3 27 15 26 19 RX4 , -1 TD-3 15 .26 TX-3 RD+1 1.40 RX+1 RD+3 11 .30 RX+3 RX-1 2.39 RX-1 RD-3 12.29 RX-3 TX+3 TCT 1 2 .39 CMT1 TCT 3 12 , -3 TD-1 RD+1 4 .37 RX+1 RD+3 14 .27 RX+3 RX-1 5 .36 RX-1 RD-3 15 .26 RX-3 Pin Name Pin# Pin# TD+4 16 .25 Port 3 13.28
Delta Electronics
Original

LF8731

Abstract: Delta LF8731 33 34 1:1 9 32 TX2 RX2 10 8 9 10 31 11 31 1:1 11 RX3 30 , RX3 RX4 15 26 1:1 16 TX4 3 4 5 6 35 8 TX3 39 37 38 39 1:1 , .40 RX+1 RD+3 11 .30 RX+3 2 .39 RX-1 RD-3 12 .29 RX-3 Port 2 Port 4 TCT 4 4 .37 RX-1 RX-3 Port 2 17 .24 16 .25 , +3 RD+1 RX+3 RX-1 Pin Name Pin# Pin# TD+3 13 .28 TD-1 TX-3 RD+1 Port 3
Delta Electronics
Original

RX-3 -G

Abstract: RX-3 tx3 LF40B28 LF40B11, LF40B14, LF40B17, LF40B20 39 40 1 2 3 TX1 38 4 31 RX3 28 TX3 , 5.36 TX-1 TD-3 15 .26 TX-3 1.40 RX+1 RD+3 11 .30 RX+3 2.39 RX-1 RD-3 12.29 RX-3 TCT 1 2 .39 CMT1 TCT 3 12 .29 , -1 RD+1 4 .37 RX+1 RD+3 14 .27 RX+3 RD+1 RX-1 5 .36 RX-1 RD-3 15 .26 RX-3 RX-1 Port 2 Pin Name TX+4 Pin# TCT 3 TX+3 Pin Name
Delta Electronics
Original
10BASE-T LF40B30 LF40B31 LF40B34 LF40B35 LF40B43 RX-3 -G RX-3 tx3 RX-2 -G Tx-2 -g RX-3 RX3 -G

SAS SFF-8087

Abstract: cable sideband 8087 I 2 I 1 GROUND B18 A18 GROUND TX3- B17 A17 RX3- TX3+ B16 A16 RX3 , A18 B18 GROUND RX3- A17 B17 TX3- A L RX3+ GROUND A16 A15 B16 B15 TX3 , TX3- B17 A17 RX3- TX3+ B16 A16 RX3+ GROUND B15 A15 GROUND , RX3- A17 B17 TX3- RX3+ A16 B16 TX3+ L L GROUND A15 B15 GROUND E , A18 GROUND TX3- B17 A17 RX3- TX3+ B16 g» A16 RX3+ GROUND B15 A15 GROUND TX2
-
OCR Scan
SD-79576-200 SAS SFF-8087 cable sideband 8087 SFF-8087 MiniSAS SFF 8087 B14 ON

LF8731

Abstract: LF8708 11 RX3 30 28 TX3 29 1:1 14 27 RX3 15 RX4 26 1:1 16 TX4 , +1 RD+3 11 .30 RX+3 2 .39 RX-1 RD-3 12 .29 RX-3 9 , -1 RX-3 6 .35 24 22 23 RD+1 RX+3 TD-2 17 TD-1 TX-3 CMT 2 25 , TX2 6 8 7 RX2 RX3 2 39 38 37 4 3 5 TX2 6 8 7 34 9 33 32 , TX1 33 35 TX3 1 RX1 16 18 17 RX2 RX3 36 35 11 30 12 29 28 27
Delta Electronics
Original
LF8258 LF8703 LF8707 LF8708 LF8731 Delta LF8731 10BASE-T/100BASE-TX 1500V LF8264A LF8702

cj cl a17

Abstract: SAS SFF-8087 PERMISSION GROUND B18 A18 GROUND TX3- B17 A17 RX3- TX3+ B16 A16 RX3 , GROUND B1 A1 GROUND L L GROUND A18 B18 GROUND RX3- A17 B17 TX3- A L RX3+ GROUND A16 A15 B16 B15 TX3+ GROUND E N R RX2- A14 B14 , BE USED WITHOUT WRITTEN PERMISSION GROUND B18 A18 GROUND TX3- B17 A17 RX3- TX3+ B16 A16 RX3+ GROUND B15 A15 GROUND TX2- B14 A14 RX2
-
OCR Scan
cj cl a17 ipass minisas molex cat 6 cable 7SI576 94-V0

Alcatel connector FC/PC datasheet

Abstract: Alcatel dfb laser RxDigGND TBD RxDigGND TBD RxDigGND 4 Rx3.3VA TBD FGND RxDout13P Rx3.3VD RxDout5P RxDigGND RxDout1P 5 Rx3.3VA TBD FGND RxDout5N RxDigGND RxDout1N 6 , FFU 13 Rx-5.2VA TBD 14 Rx-5.2VA FFU RxDout9P RxDigGND RxDigGND RxDout13N Rx3.3VD RxDout9N RxDigGND FFU RxDigGND TBD RxAGND RxDout14P Rx3.3VD RxDout10P RxDigGND RxDout6P RxDigGND RxDout2P RxAGND RxDout14N Rx3.3VD RxDout10N RxDigGND RxDout6N
Gould Fiber Optics
Original
800-54-GOULD Alcatel connector FC/PC datasheet Alcatel dfb laser GR-1377-CORE laser DFB 1550nm 10gb lucent EML RX5va GR-1377- 155MCKP 155MCKN

Nippon capacitors

Abstract: MC145406 Package PIN ASSIGNMENT C2+ GND C2­ VSS Rx1 Tx1 Rx2 Tx2 Rx3 Tx3 1 20 C1+ 2 19 3 , Value ­ 0.5 to + 6.0 V VIR Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs V VSS ­ 15 to VDD + 15 ­ 0.5 , 15 V) VRx1 ­ Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 ­ Tx3 VDD. Unused , Symbol Min Typ Max Unit Input Turn­on Threshold VDO1 ­ DO3 = VOL Rx1 ­ Rx3 Von 1.35 1.8 2.35 V Input Turn­off Threshold VDO1 ­ DO3 = VOH Rx1 ­ Rx3 Voff 0.75
Motorola
Original
MC145407 MC145406 Nippon capacitors MC145407DW MC145407P MC145442 MC145443 MC145407/D

MC145407DW

Abstract: rx 6p g receiver Rx1 Tx1 Rx2 Tx2 Rx3 Tx3 1 20 C1+ 2 19 3 18 4 17 5 R R 8 9 , to GND) Rating Symbol Input Voltage Range Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs Unit VCC , ­ Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 ­ Tx3 VDD. Unused inputs must always , Max Unit Input Turn­on Threshold VDO1 ­ DO3 = VOL Rx1 ­ Rx3 Von 1.35 1.8 2.35 V Input Turn­off Threshold VDO1 ­ DO3 = VOH Rx1 ­ Rx3 Voff 0.75 1.0 1.25 V
Lansdale Semiconductor
Original
ML145407 ML145406 ML145407RP rx 6p g receiver lansdale ML145407-6P RS232
Abstract: Four Inexpensive Electrolytic Capacitors â'¢ Onâ'"Chip 20 kHz Oscillator Rx1 Tx1 Rx2 Tx2 Rx3 , Value â'" 0.5 to + 6.0 V VIR Rx1 â'" Rx3 Inputs DI1 â'" DI3 Inputs V VSS â'" 15 to VDD + 15 , constrained to (VSS â'" 15 V) ≤ VRx1 â'" Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 â , VDO1 â'" DO3 = VOL Rx1 â'" Rx3 Von 1.35 1.8 2.35 V Input Turnâ'"off Threshold VDO1 â'" DO3 = VOH Rx1 â'" Rx3 Voff 0.75 1.0 1.25 V Input Threshold Hysteresis Lansdale Semiconductor
Original

MC145407P

Abstract: DSA0036542 Package PIN ASSIGNMENT C2+ GND C2­ VSS Rx1 Tx1 Rx2 Tx2 Rx3 Tx3 1 20 C1+ 2 19 3 , Value ­ 0.5 to + 6.0 V VIR Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs V VSS ­ 15 to VDD + 15 ­ 0.5 , 15 V) VRx1 ­ Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 ­ Tx3 VDD. Unused , Symbol Min Typ Max Unit Input Turn­on Threshold VDO1 ­ DO3 = VOL Rx1 ­ Rx3 Von 1.35 1.8 2.35 V Input Turn­off Threshold VDO1 ­ DO3 = VOH Rx1 ­ Rx3 Voff 0.75
Motorola
Original
DSA0036542 MMBZ15VDLT1 MC145403

TX317

Abstract: MC145403 Inexpensive Electrolytic Capacitors · On­Chip 20 kHz Oscillator C1­ C2­ VSS Rx1 Tx1 Rx2 Tx2 Rx3 , the Rx pin should be constrained to (VSS ­ 15 V) VRx1 ­ Rx3 (VDD + 15 V), and Tx should be , Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs V VSS ­ 15 to VDD + 15 ­ 0.5 to (VCC + 0.5) DC Current per , Characteristic Symbol Min Typ Max Unit Input Turn­on Threshold VDO1 ­ DO3 = VOL Rx1 ­ Rx3 Von 1.35 1.8 2.35 V Input Turn­off Threshold VDO1 ­ DO3 = VOH Rx1 ­ Rx3 Voff
Motorola
Original
TX317

145406

Abstract: 145407 referenced to GND) Rating DC Supply Voltages Input Voltage Range Rx1 - Rx3 Inputs DM - DI3 Inputs DC C , Resistance H igh-Level O utput Voltage v Rx1 - Rx3 = - 3 v '0 - 25 V lOH = - 20 mA lO H = - 1 mA Low -Level O utput Voltage V R x 1 - Rx3 = + 3 V to + 25 V lOL = + 20 pA Iq L = + 1.6 mA D 01 - D 0 3 v OL 0.01 0.5 0.1 0.7 Rx1 - Rx3 Rx1 - Rx3 D 01 - D 0 3 Vhys ^ in VOH < o o 1 o -*· 4.3 V 0.6 3.0 08 5.4 7.0 V ku V Rx1 - Rx3 Voff 0.75 1.0 1.25 V Rx1 - Rx3 t 10%; C 1 , C2, C3, C4 = 10 j.iF; T/\ = - 40 to + 85
-
OCR Scan
145406 145407 EIA-232-E C145407P C145406 BZ15VDLT

MC145403

Abstract: Nippon capacitors DI2 Tx3 10 11 DI3 Rx2 Tx1 Rx3 Tx2 DO1 MC145707 3 DRIVERS/3 RECEIVERS C2 , 12 13 Rx1 Tx1 Rx2 Tx2 Rx3 Tx3 20 TxEN NC DO1 DI1 DI3 NC = NO CONNECTION , Input Voltage Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs Storage Temperature Range This device contains , constrained to (VSS ­ 15 V) V Rx1 ­ Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 ­ Tx3 VDD , Rx3 Von 1.35 1.8 2.35 V Input Turn­Off Threshold (VDO1 ­ DO3 = VOH) Rx1 ­ Rx3
Motorola
Original
MC145705 MC145706 751E MC145705P MC145706P MC145707P MC145705/D MC145705/06/07

ptx 1000

Abstract: TX RF IC RX2 TRX2 4 14 RX3 TRX3 5 13 RX4 12 GND 11 GND CTLB 1 CTLA , ) ANT GND TX2 TX1 GND GND RX4 RX3 RX2 RX1 SLEEP VDD CTLD 20. CTLC TX1 : Ver , IC GSM850/900 LPF 13 RX4 RF 14 RX3 RF 15 RX2 RF 16 RX1 , DECODER 2 16 TRX1 Rx2 3 15 TRX2 Rx3 4 14 5 13 6 12 TRX3 Rx4 , TX1 RX2 TX2 RX1 C1 RX2 RX3 TRX3 RX3 RX4 L1 TRX1 RX4 ANT TX2 TX1
New Japan Radio
Original
NJG1673LG3 ptx 1000 TX RF IC GSM1800 GSM1900 GSM900 LCSP20-G3 GSM1800/1900 GRM15

MC145407P product change notice

Abstract: DI-115 Rx1 Tx1 Rx2 Tx2 Rx3 Tx3 1 20 C1+ 2 19 3 18 4 17 5 R R 8 9 , 0.5 to + 6.0 V VIR Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs V VSS ­ 15 to VDD + 15 ­ 0.5 to (VCC , ­ Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 ­ Tx3 VDD. Unused inputs must always , Max Unit Input Turn­on Threshold VDO1 ­ DO3 = VOL Rx1 ­ Rx3 Von 1.35 1.8 2.35 V Input Turn­off Threshold VDO1 ­ DO3 = VOH Rx1 ­ Rx3 Voff 0.75 1.0 1.25 V
Lansdale Semiconductor
Original
MC145407P product change notice DI-115 Single supply RS232 driver IC ML14540

Nippon capacitors

Abstract: MC145403 Package PIN ASSIGNMENT C2+ GND C2­ VSS Rx1 Tx1 Rx2 Tx2 Rx3 Tx3 1 20 C1+ 2 19 3 , Value ­ 0.5 to + 6.0 V VIR Rx1 ­ Rx3 Inputs DI1 ­ DI3 Inputs V VSS ­ 15 to VDD + 15 ­ 0.5 , 15 V) VRx1 ­ Rx3 (VDD + 15 V), and Tx should be constrained to VSS VTx1 ­ Tx3 VDD. Unused , Symbol Min Typ Max Unit Input Turn­on Threshold VDO1 ­ DO3 = VOL Rx1 ­ Rx3 Von 1.35 1.8 2.35 V Input Turn­off Threshold VDO1 ­ DO3 = VOH Rx1 ­ Rx3 Voff 0.75
Motorola
Original
Abstract: Solutions Schematics H1068NL 33 CMT2 38 CMT1 28 CMT3 23 CMT4 22 RX4 22 CMT4 TCT4 19 30 RX3 31 R X , 40 RX1 39 RX1 30 RX3 29 RX3 25 RX4 24 RX4 35 RX2 34 RX2 21 TX4 TD4 20 2:1 RD4 16 RD4 17 31 TX2 28 TX3 , R X 4 29 RX3 37 TX1 25 TX4 24 TX4 10/100BASE-TX QUAD PORT TRANSFORMER MODULES For , 39 CMT1 29 CMT3 37 RX1 36 RX1 32 RX2 31 RX2 24 CMT4 26 RX3 23 TX4 27 RX3 22 RX4 RD4 19 28 TX3 21 RX4 Pulse Engineering
Original
LXT974 LXT975 LXT980 RJ-45 HS-65 H1068NL3
Showing first 20 results.