The Datasheet Archive

Top Results (6)

Part Manufacturer Description Datasheet Download Buy Part
LT1619ES8#TR Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619ES8#PBF Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619ES8#TRPBF Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619ES8 Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: SO; Pins: 8; Temperature Range: -40°C to 85°C
LT1619EMS8#TRPBF Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C
LT1619EMS8 Linear Technology LT1619 - Low Voltage Current Mode PWM Controller; Package: MSOP; Pins: 8; Temperature Range: -40°C to 85°C

6 pin pulse transformer Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1999 - Tl431 as optocoupler driver

Abstract: toko 10.7 mhz transformer toko if transformer OPTO tl431 toko pulse transformer TOKO 10.7 transformer TK75002 748 OP AMP IC-162-TK75002 ic lm 7500
Text: Pulse Transformer Driver Same Transformer for Any Output Voltage Peak Current Controlled Automatic , signal, and transmits the error signal across an isolation barrier using a small pulse transformer . In conjunction with the pulse transformer , it replaces the TL431/opto-coupler combination and eliminates the undesirable zero created in the feedback loop by that combination. The transformer is driven with pulse , to the inductance of the pulse transformer . The magnitude of the voltage pulse is internally


Original
PDF TK75002 TL431 TK75002 err375 IC-162-TK75002 0798O0 Tl431 as optocoupler driver toko 10.7 mhz transformer toko if transformer OPTO tl431 toko pulse transformer TOKO 10.7 transformer 748 OP AMP IC-162-TK75002 ic lm 7500
2000 - wandel goltermann RFZ 12

Abstract: wandel goltermann sna-2 wandel goltermann RFZ 35mhz transmitter circuit IC 92112 wandel goltermann sna return loss bridge IC 92112 8 pin TG26-1205 XRT5897IV
Text: Differential Transformer Coupled Receivers and Transmitters D On Chip Pulse Shaping for Both 75W and 120W , Return Loss (dB) 75 2.43 31.3 120 3.01 13.8 Table 6 . Calculated Transmitter Pulse , .703 Pulse Mask Template for 2.048Mbps (E1) Rates D Seven Independent CEPT Transceivers D Logical Inputs , 6 Tranceiver 7 RTIP7 (69) TIP RX INPUT RING 1:2 RXPOS7 (5) R1 R2 Singnal Peak Detector Receive Comparators RXNEG7 ( 6 ) RRING7 (68) VCC LOS Detect LOSCNT (73) LOSSEL (38


Original
PDF XRT5897 048Mbps XRT5897 wandel goltermann RFZ 12 wandel goltermann sna-2 wandel goltermann RFZ 35mhz transmitter circuit IC 92112 wandel goltermann sna return loss bridge IC 92112 8 pin TG26-1205 XRT5897IV
1996 - E1-28 transformer

Abstract: CXT8192 abam Manufacturer Pulse Engineering Schott Corporation CS6158A-IP1 CS6158A-IL1 CS6158A 600C 600B CDB61304A
Text: Figure 6 . - Receiver Block Diagram transformer is center tapped on the CS6158A side. The clock and , RTIP pin generates a logic 1 on RPOS, and a positive pulse received on the RRING pin generates a logic , transformer is required as shown in Figure A1. Miscellaneous NC - No Connect, Pin 10 Pin 10 may be left , Area C1 68µF + C3 1 µF RV+ 15 TV+ Pin 6 RNEG (BPV) 6 RNEG (BPV) RCLK TCLK 2 , complete analog transmit and receive line interface for T1 or E1 applications in a low power, 28- pin


Original
PDF CS6158A CS6158A 28-pin DS40DB3 E1-28 transformer CXT8192 abam Manufacturer Pulse Engineering Schott Corporation CS6158A-IP1 CS6158A-IL1 600C 600B CDB61304A
24v center tap transformer

Abstract: YAMAHA R3 TRTEPC9.8 YTD421B YTD418 YTD427 YTD426B YTD425 yamaha r6 TDK TRANSFORMER CATALOG
Text: Line Input (positive) Inputs S/T interface data through a pulse transformer IN S/T Line Input (negative) Inputs S/T interface data through a pulse transformer OUT S/T Line Reference Source Output Connects to the pulse transformer 's center tap HRD, LRD Output Select \H": HRD pin , LRD pin normal output , ) Connects to pulse transformer which drives S/T bus HTD, LTD Input Select IN \H" : HTD pin , LTD pin , LSI(YTD418C) Neither external relay nor common mode choke is required 1:2 pulse transformer


Original
PDF YTD421B YTD421B LSI-6TD421B3 DDP001 D1012 1S953 24v center tap transformer YAMAHA R3 TRTEPC9.8 YTD418 YTD427 YTD426B YTD425 yamaha r6 TDK TRANSFORMER CATALOG
1998 - RPD6

Abstract: T7697 2664AJ 2664AK lucent dacs tnd5
Text: appropriate external components with a transformer turns ratio of 2, which is indicated in Table 6 . Note that, for the different transformer turns ratio shown in Tables 5 and 6 , the TCLK pin must be set as shown , . Ground Reference for Digital Circuitry in Channels 1, 6 , and 7. Global Input Pin to Indicate No System , for the output pulse amplitudes are available for use with different transformer turns ratios. Table , clock or RZ data with the pulse width 244 ns, using Lucent transformer 2664AK or 2664AJ. 2. For input


Original
PDF T7697 DS98-229TIC DS97-170TIC) RPD6 2664AJ 2664AK lucent dacs tnd5
YAMAHA R3

Abstract: yamaha trtepc9.8-0386a DDP001 YTD421B YTD428 YTD423 YTD421B-E D1012 TRTEPC9
Text: mode choke is required 1:2 pulse transformer interface Low power consumption CMOS technology 20- pin , 2 VDDO PWR Note 2: pin . OUT Function High Pulse of Receive Data Outputs the high pulse of received AMI signal. Changes the output type by setting ODSEL pin . TTL interface. Low , ODSEL pin . TTL interface. S/T Line Input (positive) Inputs S/T interface data through a pulse transformer . S/T Line Input (negative) Inputs S/T interface data through a pulse transformer . S/T Line


Original
PDF YTD421B YTD421B LSI-6TD421B4 YTD423 YAMAHA R3 yamaha trtepc9.8-0386a DDP001 YTD428 YTD423 YTD421B-E D1012 TRTEPC9
trtepc9.8-0386a

Abstract: YTD421B
Text: choke is required 1:2 pulse transformer interface Low power consumption CMOS technology 20- pin SSOP , (negative) Connects to pulse transformer which drives S/T bus HTD, LTD Input Select IN \H" : HTD pin , LTD , setting ODSEL pin . TTL interface. Low Pulse of Receive Data Outputs the low pulse of received AMI signal , interface data through a pulse transformer . S/T Line Input (negative) Inputs S/T interface data through a pulse transformer . S/T Line Reference Source Output Connects to the pulse transformer 's center tap HRD


Original
PDF YTD421B YTD421B LSI-6TD421B3 l421B YTD423 trtepc9.8-0386a
2001 - wandel goltermann sna

Abstract: IC 92112 wandel goltermann RFZ E2001 XRT5897 XR-T5897IV wandel goltermann RFZ 12 TU12 TG26-1205 XRT5897IV
Text: Return Loss (dB) 75 2.43 31.3 120 3.01 13.8 Table 6 . Calculated Transmitter Pulse , .703 Pulse Mask Template for 2.048Mbps (E1) Rates D Compliant with ITU-T G.823 Jitter Tolerance , D Supports Differential Transformer Coupled Receivers and Transmitters D Ultra-Low Power Dissipation D +3.3V Supply Operation D On Chip Pulse Shaping for Both 75W and 120W Line Drivers D , 6 Tranceiver 7 RTIP7 (69) TIP RX INPUT RING 1:2 RXPOS7 (5) R1 R2 Singnal Peak


Original
PDF XRT5897 048Mbps wandel goltermann sna IC 92112 wandel goltermann RFZ E2001 XRT5897 XR-T5897IV wandel goltermann RFZ 12 TU12 TG26-1205 XRT5897IV
2001 - YAMAHA R3

Abstract: YTD421B Yamaha D1012 DDP001 YTD421B-E YTD423 YTD428 YAMAHA RA 200
Text: mode choke is required 1:2 pulse transformer interface Low power consumption CMOS technology 20- pin , 2 VDDO PWR Note 2: pin . OUT Function High Pulse of Receive Data Outputs the high pulse of received AMI signal. Changes the output type by setting ODSEL pin . TTL interface. Low , ODSEL pin . TTL interface. S/T Line Input (positive) Inputs S/T interface data through a pulse transformer . S/T Line Input (negative) Inputs S/T interface data through a pulse transformer . S/T Line


Original
PDF YTD421B YTD421B LSI-6TD421B5 YAMAHA R3 Yamaha D1012 DDP001 YTD421B-E YTD423 YTD428 YAMAHA RA 200
Not Available

Abstract: No abstract text available
Text: these resistors and a 1:2CT ratio input transformer . • LOSCNT ( pin 45) is unconnected when , (dB) 75 2.43 31.3 120 3.01 13.8 Table 6 . Calculated Transmitter Pulse Amplitude , €¢ Compliant with ITU G.703 Pulse Mask Template for 2.048Mbps (E1) Rates • Seven Independent CEPT Transceivers • Supports Differential Transformer Coupled Receivers and Transmitters • Optional , Individual Transmit Channel Over Temperature Protection On Chip Pulse Shaping for Both 75Q and 120Q Line


OCR Scan
PDF XRT5897 048Mbps
2006 - EFD15 5v flyback

Abstract: 12v transformer 12v 6A flyback efd15 5v 2a transformer EFD TRANSFORMER 6 pin pulse transformer
Text: Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM , Transformer PA1040 14 Vin=30-57v, Freq.=250kHz Vout=12v/5A, -12v/1.6A, 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM , EFD 20 - 12 PIN SMT - (29.2MM X 21.8MM X 11.4MM) 50W Forward Transformer PA0273 Vin=36-72v, Freq , PIN SMT - (32.0MM X 26.2MM X 13.5MM) 165 F-Bridge Transformer PA0302 Vin=21-56v, Freq.=230kHz 1 Vout=15v/11A EFD 25 - 12 PIN SMT - (32.0MM X 26.2MM X 13.7MM) 72W Forward Transformer PA0700 Vin=12v, Freq


Original
PDF EFD15, EFD20 EFD25 PB2187 36-75v, 225kHz 12v/1 15v/20mA PA04765538870 EFD15 5v flyback 12v transformer 12v 6A flyback efd15 5v 2a transformer EFD TRANSFORMER 6 pin pulse transformer
2006 - 12v transformer

Abstract: flyback transformer PB2187 application note forward TRANSFORMER 15w 12v 6A transformer efd15 5v 2a transformer flyback transformer flyback 5v 2a transformer efd-25 transformer EFD25 EFD20
Text: , 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM X 8.4MM) 15W Flyback Transformer PA0476 Vin , 70 (reset) 6 N/A EFD 20 PLATFORMS - UP TO 80W EFD 20 - 8 PIN THT - (21.0MM X 21.0MM X , EFD 20 - 10 PIN SMT - (26.2MM X 21.8MM X 10.4MM) 30W Flyback Transformer PB2003 Vin=36-72v, Freq.=300kHz 16 Vout=5v/6A, 15v/0.1A EFD 20 - 12 PIN SMT - (29.2MM X 21.8MM X 11.4MM) 50W Forward Transformer , Forward Transformer PA0397 Vin=36-75v, Freq.=250kHz 9 Vout=3.3v/30A, 12v/0.1A EFD 25 - 10 PIN SMT -


Original
PDF EFD15, EFD20 EFD25 PB2187 36-75v, 225kHz 12v/1 15v/20mA 12v transformer flyback transformer PB2187 application note forward TRANSFORMER 15w 12v 6A transformer efd15 5v 2a transformer flyback transformer flyback 5v 2a transformer efd-25 transformer EFD25
6 pin SMD transformer

Abstract: 6 pin pulse transformer smd PULSE TRANSFORMER smd transistor E3 ideal transformer "ideal transformer" center tap pulse transformer SMD Transformer TRANSFORMER CT surface mount TG01-0456NS
Text: ) -40C to +85C More information: http://www.haloelectronics.com PULSE T3011 6-pin dual surface , were done with transformers provided by major transformer vendors such as HALO, PULSE , and UMEC , Temperature Range HALO TG01-0406NS 6-pin dual surface single T3/E3/STS-1* 0C to +70C mount (SMD) pkg (Tx) TG04-0406NS 6-pin dual surface single T3/E3/STS-1* 0C to +70C mount (SMD) pkg (Rx/with CT) TG01-0456NS 6-pin dual surface single T3/E3/STS-1* -40C to +85C mount (SMD) pkg (Tx


Original
PDF TG57-0456N1 16-pin T3011 T3027 UT23012 UT23008 6 pin SMD transformer 6 pin pulse transformer smd PULSE TRANSFORMER smd transistor E3 ideal transformer "ideal transformer" center tap pulse transformer SMD Transformer TRANSFORMER CT surface mount TG01-0456NS
2007 - transformer 3A

Abstract: 80w flyback PA0751 PA104
Text: Transformer PB2187 Vin=36-75v, Freq.=225kHz 24 Vout=12v/1.7A, 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM , Transformer 14 Vin=30-57v, Freq.=250kHz Vout=12v/5A, -12v/1.6A, 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM X , 12 PIN SMT - (29.2MM X 21.8MM X 11.4MM) 50W Forward Transformer PA0273 Vin=36-72v, Freq.=250kHz 16 , Forward Transformer PA0397 Vin=36-75v, Freq.=250kHz 9 Vout=3.3v/30A, 12v/0.1A EFD 25 - 10 PIN SMT - , - 12 PIN SMT - (32.0MM X 26.2MM X 13.7MM) 72W Forward Transformer PA0700 Vin=12v, Freq.=250kHz 3


Original
PDF EFD15, EFD20 EFD25 PB2187 36-75v, 225kHz 12v/1 15v/20mA PA047685538870 transformer 3A 80w flyback PA0751 PA104
1998 - 2664AJ

Abstract: 2664AK T7697 lucent dacs
Text: transformer turns ratio shown in Tables 5 and 6 , the TCLK pin must be set as shown in Table 3. EQUIPMENT , . Ground Reference for Digital Circuitry in Channels 1, 6 , and 7. Global Input Pin to Indicate No System , for the output pulse amplitudes are available for use with different transformer turns ratios. Table 3 , Pulse Amplitude Generator Transformer Turns Ratios N NOCLKN TCLK/SELN 1 120 75 TCLK , data with a clock or RZ data with the pulse width 244 ns, using Lucent transformer 2664AK or 2664AJ. 2


Original
PDF T7697 DS98-229TIC DS97-170TIC) 2664AJ 2664AK lucent dacs
quartz delay line

Abstract: CXT8192 Design -5V dc power supply using center-tapped transformer S553-0013-06 CS6158A-IP1 CS6158A-IL1 CS6158A 600C 600B cs615b
Text: block diagram of the receiver is shown in Figure 6 . The two leads of the transformer (RTIP and RRING , ) received on the RTIP pin generates a logic 1 on RPOS, and a positive pulse received on the RRING pin , . A transformer is required as shown in Figure Al. Miscellaneous NC - No Connect, Pin 10 Pin 10 may , be jumpered across D-D to ground pin 1 of the device through resistor Rl. TRANSFORMER SELECTION To , pin 1 positioned to match the letter illustrated on the drawing in Table 2. For example, the Pulse


OCR Scan
PDF CS6158A CS6158A 28-pin DS40DB3 254b324 554h324 quartz delay line CXT8192 Design -5V dc power supply using center-tapped transformer S553-0013-06 CS6158A-IP1 CS6158A-IL1 600C 600B cs615b
1995 - Digital TV transmitter receivers block diagram

Abstract: t5793 E1995 PE-65834 PE-65839 XR-T5793 XR-T5793IJ XR-T5793IV XR-T5794
Text: or pulse transformer through a resistor. Rev. 2.00 6 XR-T5793 DC ELECTRICAL CHARACTERISTICS , Output. Transmitter 4 bipolar output connected to coupling capacitor or pulse transformer by a resistor , bipolar output connected to coupling capacitor or pulse transformer by a resistor. Receive VDD. +5V , Receiver 4 Input. Receiver 4 bipolar input connected to coupling capacitor or pulse transformer . 30 , pulse transformer . 33 27 NC No Connect. 34 28 NC No Connect. 35 29, 30


Original
PDF XR-T5793 048Mbps Digital TV transmitter receivers block diagram t5793 E1995 PE-65834 PE-65839 XR-T5793 XR-T5793IJ XR-T5793IV XR-T5794
Not Available

Abstract: No abstract text available
Text: 31.3 120 3.01 13.8 Table 6 . Calculated Transmitter Pulse Amplitude and Return Loss «Fm , €¢ Compliant with ITU G.703 Pulse Mask Template for 2.048Mbps (E1) Rates • Seven Independent CEPT Transceivers • Supports Differential Transformer Coupled Receivers and Transmitters • Optional , Individual Transmit Channel Over Temperature Protection On Chip Pulse Shaping for Both 75Q and 120Q Line , type 1:2CT ratio transformer may be used at the receiver input and transmitter output. • R1


OCR Scan
PDF XR-T5897 048Mbps
wandel goltermann RFZ 12

Abstract: No abstract text available
Text: 31.3 120 3.01 13.8 Table 6 . Calculated Transmitter Pulse Amplitude and Return Loss «Fm , €¢ Compliant with ITU G.703 Pulse Mask Template for 2.048Mbps (E1) Rates • Four Independent CEPT Transceivers • Supports Differential Transformer Coupled Receivers and Transmitters • Optional , Individual Transmit Channel Over Temperature Protection On Chip Pulse Shaping for Both 75Q and 120Q Line , type 1:2CT ratio transformer may be used at the receiver input and transmitter output. • R1


OCR Scan
PDF XR-T5897 048Mbps wandel goltermann RFZ 12
wandel goltermann sna

Abstract: 35mhz transmitter circuit wandel goltermann RFZ 12 TU12 XRT5897 TG26-1205 240C2 PE-65535 return loss bridge XRT5897IV
Text: 13.8 Table 6 . Calculated Transmitter Pulse Amplitude and Return Loss 18 This Material Copyrighted By , ¡£*EXAR FEATURES • Compliant with ITU G.703 Pulse Mask Template for 2.048Mbps (E1) Rates • Seven Independent CEPT Transceivers • Supports Differential Transformer Coupled Receivers and Transmitters • On Chip Pulse Shaping for Both 75Q and 120Q Line Drivers • Compliant with ITU G.775 LOS , €¢ The same type 1:2CT ratio transformer may be used at the receiver input and transmitter output. â


OCR Scan
PDF 048Mbps XRT5897 XRT5897 wandel goltermann sna 35mhz transmitter circuit wandel goltermann RFZ 12 TU12 TG26-1205 240C2 PE-65535 return loss bridge XRT5897IV
1996 - SERVICE MANUAL tv TCL

Abstract: tcl tv 21 schematic diagram tcl tv 21" schematic diagram TV TCL Schematic schematic diagram TCL 29 tv HP3785A CS61535A-IP1 CS61535A-IL1 CS61535A pulse transformer with four binding
Text: complete analog transmit and receive line interface for T1 or E1 applications in a low power, 28- pin , Starting at 6 Hz, with > 300 UI of Jitter Tolerance · Low Power Consumption · · B8ZS/HDB3/AMI , customer premises equipment to a CSU. Interfacing to E1 links. Ordering Information 28 Pin Plastic DIP 28 Pin PLCC (j-leads) (CLKE) (INT) (SDI) (SDO) MODE TAOS LEN0 LEN1 LEN2 5 28 23 24 TGND 25 CONTROL PULSE SHAPER 14 TV+ 15 LOOP BACK 26 TRING LINE DRIVER LINE


Original
PDF CS61535A CS61535A 28-pin DS40DB3 SERVICE MANUAL tv TCL tcl tv 21 schematic diagram tcl tv 21" schematic diagram TV TCL Schematic schematic diagram TCL 29 tv HP3785A CS61535A-IP1 CS61535A-IL1 pulse transformer with four binding
RFZ-1

Abstract: 35mhz transmitter circuit wandel goltermann sna-2
Text: G.703 Pulse Mask Template for 2.048Mbps (E1) Rates Seven Independent CEPT Transceivers Supports Differential Transformer Coupled Receivers and Transmitters On Chip Pulse Shaping for Both 75Q and 120Q Line , .703 specification with these resistors and a 1:2CT ratio input transformer . · LOSCNT ( pin 45) is unconnected when , QUAD FLAT PACK (14 x 14 x 1.4 mm, TQFP) XR-T5897 PIN DESCRIPTION Pin # 1 2 3 4 5 6 7 8 9 10 11 12 , Output Return Loss (dB) 31.3 13.Ô Table 6 . Calculated Transmitter Pulse Amplitude and Return Loss


OCR Scan
PDF XR-T5897 048Mbps XR-T5897 RFZ-1 35mhz transmitter circuit wandel goltermann sna-2
75N120

Abstract: No abstract text available
Text: Pin 1 35 29 47 41 75 5 2 34 30 46 42 74 6 3 37 4 36 28 48 40 76 100 7 13 23 53 63 71 69 8 12 24 52 64 , Digital Circuitry in Channels 1, 6 , and 7. Global Input Pin to Indicate No System Clock Available When , the out put pulse amplitudes are available for use with different transformer turns ratios. Table 3 , Circuitry section of this data sheet. Table 3. Settings for the Pulse Amplitude Generator Transformer Turns , . For input data with a clock or RZ data with the pulse width 244 ns, using Lucent transformer 2664AK or


OCR Scan
PDF T7697 an324 DS97-170TIC DS96-018TIC) 75N120
coupling capacitive voltage transformer

Abstract: No abstract text available
Text: Output. Transmitter bipolar output connected to coupling capacitor or pulse transformer by a resistor , threshold. Receiver Input. Receiver bipolar input connected to coupling capacitor or pulse transformer , user an option of reducing system cost and board space by replacing the transformer with a capacitor. The driver can be disabled, allowing maximum flexi bility in system power management. The output pulse , loopbacks can be performed. A loss of signal (LOS) detection circuitry and a LOS pin is provided. The


OCR Scan
PDF XR-T5791 XR-T5791 3422blfl coupling capacitive voltage transformer
2001 - 6375-T108

Abstract: flyback transformer philips flyback transformer pin description 12 pin flyback transformer flyback transformer high voltage Rubycon photoflash Rubycon CE data sheet 240v input 12v output transformer PA0367 monitor flyback transformer PHILIPS
Text: 2 25 0.9 ­50 ­25 0 2 3 6 5 7 4 8 CHARGE PIN VOLTAGE (V) 9 10 50 25 75 , . Place a resistor (R2) from the RREF pin to GND. 2k is recommended. SW ( Pin 6 ): Switch Pin . This is , supply or battery, which supplies power to transformer T1. Must be locally bypassed. SEC ( Pin 7): Transformer Secondary Pin . Tie one end of the transformer secondary to this pin . Take care to use the correct phasing of the transformer (Refer to Figure 1). RFB ( Pin 3): Feedback Resistor Pin . Place a


Original
PDF LT3420 LT1930 100mA LT1932 LTC3402 900mA LTC3405 300mA, 300mA 3420i 6375-T108 flyback transformer philips flyback transformer pin description 12 pin flyback transformer flyback transformer high voltage Rubycon photoflash Rubycon CE data sheet 240v input 12v output transformer PA0367 monitor flyback transformer PHILIPS
Supplyframe Tracking Pixel