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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

9 pin pulse transformer Datasheets Context Search

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2006 - EFD15 5v flyback

Abstract:
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 , 14.0MM) 100W Forward Transformer PA0397 Vin=36-75v, Freq.=250kHz 9 Vout=3.3v/30A, 12v/0.1A EFD 25 - 10 PIN SMT - (32.0MM X 26.2MM X 13.5MM) 165 F-Bridge Transformer PA0302 Vin=21-56v, Freq.=230kHz 1 Vout


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

Abstract:
Text: Forward Transformer PA0397 Vin=36-75v, Freq.=250kHz 9 Vout=3.3v/30A, 12v/0.1A EFD 25 - 10 PIN SMT - , , 15v/20mA EFD 15 - 12 PIN SMT - (22.2MM X 17.2MM X 8.4MM) 15W Flyback Transformer PA0476 Vin , 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 , EFD 25 - 12 PIN SMT - (32.0MM X 26.2MM X 13.7MM) 72W Forward Transformer PA0700 Vin=12v, Freq


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PDF EFD15, EFD20 EFD25 PB2187 36-75v, 225kHz 12v/1 15v/20mA flyback transformer PB2187 application note forward TRANSFORMER 15w 12v transformer 12v 6A transformer efd15 5v 2a transformer flyback 5v 2a transformer flyback transformer efd-25 transformer PB2187 EFD25
1996 - E1-28 transformer

Abstract:
Text: AMI Output Pulse Amplitudes (Note 9 ) 2.14 2.37 2.6 V E1, 75 (Note 10) 2.7 3.0 3.3 V E1 , at 772kHz) Positive to Negative Pulse Imbalance (Notes 9 , 15) T1, DSX-1 0.2 0.5 dB E1 , and output on RPOS/RNEG and RCLK. RT - Resistor Termination, Pin 9 . This pin should be connected to , 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


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PDF CS6158A CS6158A 28-pin DS40DB3 E1-28 transformer Manufacturer Pulse Engineering Schott Corporation abam CXT8192 CS6158A-IP1 CS6158A-IL1 CDB61304A 600C 600B
2007 - transformer 3A

Abstract:
Text: Forward Transformer PA0397 Vin=36-75v, Freq.=250kHz 9 Vout=3.3v/30A, 12v/0.1A EFD 25 - 10 PIN SMT - , 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 , - 12 PIN SMT - (32.0MM X 26.2MM X 13.7MM) 72W Forward Transformer PA0700 Vin=12v, Freq.=250kHz 3


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PDF EFD15, EFD20 EFD25 PB2187 36-75v, 225kHz 12v/1 15v/20mA PA047685538870 transformer 3A 80w flyback PA0751 PA104
2000 - igbt block diagram

Abstract:
Text: reference pin in Pulse transformer mode. 12 ON_LEV_PROG 13 ON_SENSE VON level programming , WITH OPTOCOUPLER OR PULSE TRANSFORMER PROGRAMMABLE TURN-ON DELAY THERMAL PROTECTION WITH ON-CHIP , level or with the signal from an optocoupler or a pulse transformer . It filters parasitic input , VEXT1 VEXT2 Externally Forced Voltage ( pin 9 ) Externally Forced Voltage (pins 4,7,10, 11, 12 , Level or a pulse in the Pulse Transformer Mode (see Figure 2) 10 DELAY On Triggering Delay. An


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PDF L6353 100kHz DIP16 L6353D L6353 igbt block diagram L6353D
quartz delay line

Abstract:
Text: 772kHz) Positive to Negative Pulse Imbalance (Notes 9 , 15) T1, DSX-1 - 0.2 0.5 dB E1 , recovered and output on RPOS/RNEG and RCLK. RT - Resistor Termination, Pin 9 . This pin should be connected , ) 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


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

Abstract:
Text: ov) Parameter Min Typ Max Units Transmitter AMI Output Pulse Amplitudes (Note 9 ) E1, 75 , ) Positive to Negative Pulse Imbalance (Notes 9 , 15) T1, DSX-1 - 0.2 0.5 dB E1 amplitude at center of , the TTIP or TRING pin for this application only. 11. Amplitude measured at the transformer (CS6158A , transformer primary as shown in Figure A1. Table 2. CCITT G.703 Specifications pulse width will meet the G , RCLK. RT - Resistor Termination, Pin 9 . This pin should be connected to the RV+ power supply through


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PDF CS6158 CS6158A 28-pin PE-65565 0553-0013-7J PE-65566 0553-0013-8J PE-65765 S553-0013-06 PE-65766 Digital TV transmitter receivers block diagram CS6158-IL1 S553-0013-07 CS6158-IP1 CS6158A-IL1 CS6158A-IP1 pe-65761 pulse engineering pe
24v center tap transformer

Abstract:
Text: 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 , 13 VDD VDD 9 12 LO2 10 11 RX SLEEP Figure 3.1: YTD421B-E (20- pin SSOP , 3.2.1 Common Section Pin No. Pin Name 9 ,13 1,16 11 15 18 VDD VSS RX CX1 CX2 10


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PDF YTD421B YTD421B LSI-6TD421B3 DDP001 D1012 1S953 24v center tap transformer TRTEPC9.8 YAMAHA R3 YTD426B YTD425 YTD418 Yamaha RX yamaha r6 TDK TRANSFORMER CATALOG
1998 - 13483

Abstract:
Text: 2 SHDN PIN VOLTAGE (V) 5 1424-9 G09 LT1424- 9 U W TYPICAL PERFOR A CE CHARACTERISTICS , pulse waveform. In this manner no optoisolator nor extra transformer winding is required. This IC is a , to the LT1424- 9 . The capacitor connected to the RCCOMP pin is external. The LT1424- 9 operates much , node slew rate. LOAD COMPENSATION THEORY The LT1424- 9 uses the flyback pulse to obtain information , LT1424- 9 U OPERATION ) ) VRCCOMP = Data sheet value for RCCOMP pin ISW action vs switch


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PDF LT1424-9 285kHz 200kbps LT1170/71/72 LT1370/71 LT1372/77 500kHz/1MHz LT1424-5 LT1424-9 LT1425 13483 MBR0540T4 CTX02-13483 main transformer secondary 6V 200mA specification flyback transformer data pin CTX02 marcon CE capacitor a 13483 lt1105 9V 1A Transformer specification
2000 - 100uF-35V

Abstract:
Text: Voltage of SELECT Pin ( Pulse Transformer Mode) Vsh 4/11 11 75 Input Resistance , (200ns typ.) are filtered out. In the Pulse Transformer Mode the SELECT pin will be the reference pin , WITH OPTOCOUPLER OR PULSE TRANSFORMER PROGRAMMABLE TURN-ON DELAY THERMAL PROTECTION WITH ON-CHIP , level or with the signal from an optocoupler or a pulse transformer . It filters parasitic input , COM pin VPOS - VOUT1 VEXT2 V 25 V -0.3 to VCC Externally Forced Voltage ( pin 9


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PDF L6353 100kHz DIP16 L6353D L6353 100uF-35V 6 pin pulse transformer L6353D Transformer 9v 2a
2004 - 12 pin flyback transformer

Abstract:
Text: 15 - 12 PIN SMT - (22.2MM X 17.2MM X 8.4MM) 15W Flyback Transformer 16 with PA0476 Vin , , -12v/1.6A, 12v/0.1A EFD 20 - 10 PIN SMT - (26.2MM X 21.8MM X 10.4MM) 30W Flyback Transformer 16 with , EFD 25 - 10 PIN THT - (26.4MM X 26.1MM X 14.0MM) 100W Forward Transformer PA0397 Vin=36-75v, Freq.=250kHz 9 Vout=3.3v/30A, 12v/0.1A EFD 25 - 10 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


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PDF EFD15, EFD20 EFD25 PB2187 36-75v, 225kHz 12v/1 15v/20mA 650Vdk 12 pin flyback transformer 12v transformer PB2134 PA0691 PA1039 flyback transformer 12v dc PA0751 10 pin flyback transformer schematics 12v 6A flyback efd15 5v 2a transformer
Tea2262

Abstract:
Text: auxiliary power supply). ORDER CODE : TEA2262 PIN CONNECTIONS TRANSFORMER DEMAGNETIZATION SENSING , µA Maximum Input Bias Current ( Pin 3) 0.2 µA IBI(max) 4/ 9 2262-04.TBL VIM2 VIM , located master circuit. A pulse transformer provides the feedback (see Figure 1). - Conventional , output voltage (eg. 80%). During starting phase, in order to avoid transformer 6/ 9 magnetization , consist in checking the transformer demagnetization state. - A primary pulse is taken in account only if


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PDF TEA2262 DIP16 TEA2262 0-15v transformer pulse width modulator for smps S 2262 TEA2262 application TEA5170
YAMAHA R3

Abstract:
Text: mode choke is required 1:2 pulse transformer interface Low power consumption CMOS technology 20- pin , 13 VDD VDD 9 12 LO2 10 11 RX SLEEP Figure 3.1: YTD421B-E (20- pin SSOP , 3.2.1 Common Section Pin No. 9 ,13 1,16 11 15 18 10 Pin Name VDD VSS RX CX1 CX2 , 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


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

Abstract:
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 , Pin Functions Common Section Pin No. 9 ,13 1,16 11 15 18 10 Pin Name VDD VSS RX CX1 CX2 , 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


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PDF YTD421B YTD421B LSI-6TD421B3 l421B YTD423 trtepc9.8-0386a
1996 - floating gate drive pulse transformer

Abstract:
Text: direct/inverted mode in the Logic Level Mode. It's also the reference pin in Pulse transformer mode , lasting less than t inh (200ns typ.) are filtered out. In the Pulse Transformer Mode the SELECT pin , OPTOCOUPLER OR PULSE TRANSFORMER PROGRAMMABLE TURN-ON DELAY THERMAL PROTECTION WITH ON-CHIP , level or with the signal from an optocoupler or a pulse transformer . It filters parasitic input , Side DMOS VEXT1 Externally Forced Voltage ( pin 9 ) VEXT2 Externally Forced Voltage (pins 4,7


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PDF L6353 100kHz DIP16 L6353D L6353 floating gate drive pulse transformer L6353D
2001 - YAMAHA R3

Abstract:
Text: mode choke is required 1:2 pulse transformer interface Low power consumption CMOS technology 20- pin , 13 VDD VDD 9 12 LO2 10 11 RX SLEEP Figure 3.1: YTD421B-E (20- pin SSOP , 3.2.1 Common Section Pin No. 9 ,13 1,16 11 15 18 10 Pin Name VDD VSS RX CX1 CX2 , 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


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PDF YTD421B YTD421B LSI-6TD421B5 YAMAHA R3 D1012 DDP001 Yamaha YAMAHA RA 200 YTD421B-E YTD423 YTD428
1996 - TEA2262

Abstract:
Text: power supply). ORDER CODE : TEA2262 PIN CONNECTIONS TRANSFORMER DEMAGNETIZATION SENSING INPUT , Input Bias Current ( Pin 3) 0.2 µA IBI(max) 4/ 9 2262-04.TBL VIM2 VIM TEA2262 , . A pulse transformer provides the feedback(see Figure 1). - Conventional architecture with linear , starting phase, in order to avoid transformer 6/ 9 magnetization (specially at high frequency), the , sure and simple way consist in checking the transformer demagnetization state. - A primary pulse is


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PDF TEA2262 DIP16 TEA2262 pulse transformer transistor TEA2262 application TEA5170
2000 - rectifier module circuit diagram 48vdc circuits

Abstract:
Text: conduction for sudden large changes in pulse width. The module is self-powered from the transformer , the prediction time for the Catch synchronous rectifier. Pin 9 is used to tailor the module , primary-side switch turns off, the transformer current goes to zero and the voltage on Pin 1 of the module , transformer voltage on Pin 2 goes positive, driven by the transformer magnetizing current. This allows the , - Module Pin 9 Pin 9 is used to tailor the module's ability to differentiate between valid turn on of the


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PDF SRMTM4010 SRMTM4010 TLV431A rectifier module circuit diagram 48vdc circuits 4010 optocoupler power module 48 volt rectifier circuit diagram TM4010 power module 48 volt rectifier block diagram planar transformer theory TLV431 TLV431A SRM4010
1996 - Transformer 9v 2a

Abstract:
Text: lasting less than tinh (200ns typ.) are filtered out. In the Pulse Transformer Mode the SELECT pin will , OPTOCOUPLER OR PULSE TRANSFORMER PROGRAMMABLE TURN-ON DELAY THERMAL PROTECTION WITH ON-CHIP , level or with the signal from an optocoupler or a pulse transformer . It filters parasitic input , VEXT1 VEXT2 Externally Forced Voltage ( pin 9 ) Externally Forced Voltage (pins 4,7,10, 11, 12 , Level or a pulse in the Pulse Transformer Mode (see Figure 2) 10 DELAY 11 SELECT On


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PDF L6353 100kHz DIP16 L6353D L6353 Transformer 9v 2a igbt block diagram igbt firing circuit L6353D
1996 - SERVICE MANUAL tv TCL

Abstract:
Text: and pin 25 is a tristate output. 9 . Pins 17 and 18 of the CS61535A are digital inputs in the Extended , -20 219 ns 488 ns Figure 9 . Mask of the Pulse at the 2048 kbps Interface When any transmit , Indication Signal In Extended Hardware Mode, the receiver sets the output pin AIS high when less than 9 , provided on ACLKI ( pin 1), the jitter attenuator may be disabled by tying XTALIN, Pin 9 to RV+ through a 1 , complete analog transmit and receive line interface for T1 or E1 applications in a low power, 28- pin


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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 CS61535A-IL1 CS61535A-IP1 HP3785A pulse transformer with four binding
jis z 0237

Abstract:
Text: + = 5.0V ±5%; GND = 0V) Min Max Units Typ Transmitter AMI Output Pulse Amplitudes (Note 9 ) 2.14 , band at 772kHz) Positive to Negative Pulse Imbalance (Notes 9 , 15) 0.2 T1, DSX-1 0.5 dB E1 amplitude at center of pulse -5 5 % E1 pulse width at 50% of nominal amplitude -5 5 % Transmitter Return Loss (Notes 9 , 90 80 244 ns I 1 9 4 194 ns 50 10 - Nominal Pulse 0 -10 -20 219 ns 488 , section. Data and clock are recovered and output on RPOS/RNEG and RCLK. RT - Resistor Termination, Pin 9


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PDF CS6158A CS6158A-IP1 CS6158A-IL1 CS6158A 28-pin DS40DB3 jis z 0237 transformer less power supply 12 volt 3A cs615j
TEA2262

Abstract:
Text: power supply). ORDER CODE : TEA2262 PIN CONNECTIONS TRANSFORMER DEMAGNETIZATION SENSING INPUT , located master circuit. A pulse transformer provides the feedback(see Figure 1). - Conventional , output voltage (eg. 80%). During starting phase, in order to avoid transformer 6/ 9 magnetization , consist in checking the transformer demagnetization state. - A primary pulse is taken in account only if , regulator. - A secondary pulse is taken in account only if the transformer is demagnetized after a


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PDF TEA2262 DIP16 TEA2262 TEA5170
Not Available

Abstract:
Text: -5 0 5 % 9 15 11 — — — — — — dB dB dB Output Pulse , data with the pulse width 244 ns, using Lucent transformer 2664AK or 2664AJ. 2. For input data with a , Tables 5 and 6, the TCLK pin must be set as shown in Table 3. EQUIPMENT INTERFACE TRANSFORMER , T7697 provides the interface function with very low power consumption. ■On-chip transmit pulse , input sensitivity and a high level of interference immunity. The transmit pulse generator is


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PDF T7697 100-Pin DS98-229TIC DS97-170TIC
1995 - Digital TV transmitter receivers block diagram

Abstract:
Text: 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 , pulse transformer . 39 34 LOS1 O Receiver 1 Loss of Signal. Asserted during LOS condition


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PDF XR-T5793 048Mbps Digital TV transmitter receivers block diagram E1995 PE-65834 PE-65839 t5793 XR-T5793 XR-T5793IJ XR-T5793IV XR-T5794
1998 - RPD6

Abstract:
Text: 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 , , for the different transformer turns ratio shown in Tables 5 and 6, the TCLK pin must be set as shown , integrated E1 line interfaces s On-chip transmit pulse shaping with lowimpedance line drivers for both , immunity. The transmit pulse generator is implemented with low-impedance output drivers that provide


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