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Search Stock (38)

  You can filter table by choosing multiple options from dropdownShowing 34 results of 38
Part Manufacturer Supplier Stock Best Price Price Each Buy Part
1758160 - MSTBV 2,5/17-G-5,08 Phoenix Contact Shortec Electronics 3,428 - -
336CKE160MSA Illinois Capacitor Inc Future Electronics - $0.17 $0.14
CRN-1/16-0-MS-STK TE Connectivity Ltd Master Electronics 10 $0.62 $0.30
CRN-1/16-0-MS-STK TE Connectivity Ltd Interstate Connecting Components - - -
CRN-1/16-0-MS-STK TE Connectivity Ltd Heilind Electronics - - -
DR-25-3/16-0-MS-SP TE Connectivity Ltd Chip1Stop 4,275 $6.60 $2.29
PSMN011-60MS115 Nexperia Rochester Electronics 7,500 $0.36 $0.29
PSMN011-60MSX Nexperia Future Electronics - $0.27 $0.26
PSMN011-60MSX Nexperia Chip1Stop 9,743 $0.43 $0.25
PSMN011-60MSX Nexperia Chip1Stop 2,950 $0.56 $0.53
PSMN011-60MSX Nexperia Future Electronics - $0.62 $0.29
PSMN011-60MSX Nexperia Newark element14 1,335 $0.77 $0.33
PSMN011-60MSX Nexperia Farnell element14 1,555 £0.55 £0.24
PSMN011-60MSX Nexperia element14 Asia-Pacific 1,335 $0.87 $0.29
PSMN011-60MSX Nexperia RS Components 4,500 £0.22 £0.21
RE160MSR Vector Electronics & Technology Inc Allied Electronics & Automation - $42.73 $42.73
RSM RKM 311-60M/S600 TURCK Inc Allied Electronics & Automation - $468.29 $444.88
SM42-SR-16.0M-SUN Pletronics Inc Sager - - -
VN5E160MS-E STMicroelectronics Avnet - - -
VN5E160MS-E STMicroelectronics Rutronik - $0.64 $0.64
VN5E160MS-E STMicroelectronics TME Electronic Components 79 $1.49 $0.93
VN5E160MS-E STMicroelectronics Chip One Exchange 4,254 - -
VN5E160MS-E STMicroelectronics Avnet - €0.97 €0.55
VN5E160MS-E STMicroelectronics Chip1Stop 1,786 $1.65 $0.77
VN5E160MSE STMicroelectronics ComS.I.T. 1,695 - -
VN5E160MSTR-E STMicroelectronics Chip1Stop 4,730 $0.89 $0.72
VN5E160MSTR-E STMicroelectronics Rutronik - $0.76 $0.64
VN5E160MSTR-E STMicroelectronics Future Electronics - $0.57 $0.57
VN5E160MSTR-E STMicroelectronics element14 Asia-Pacific 1,875 $2.02 $0.84
VN5E160MSTR-E STMicroelectronics Newark element14 625 $1.42 $0.65
VN5E160MSTR-E STMicroelectronics Farnell element14 1,875 £1.31 £1.01
VN5E160MSTR-E STMicroelectronics Avnet - €0.86 €0.55
VN5E160MSTR-E STMicroelectronics Avnet - $0.65 $0.55
VN5E160MSTR-E STMicroelectronics Avnet - $1.42 $0.82

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160ms Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1998 - 9192a

Abstract: m6388 MSM6658A MSM6654 MSM6653 MSM6650 MSM6596A M6588 M6374 6C50
Text: ) "" (288ms) "" (16.0kHz) "" (288ms) "" (16.0kHz) "" (256ms) "" (4.0kHz) "" ( 160ms ) "" (4.0kHz) "" ( 160ms ) "" (4.0kHz) "" (384ms) "" (5.3kHz) "" ( 160ms ) "" (5.3kHz) "" ( 160ms ) "" (5.3kHz) "" (384ms) "" (6.4kHz) "" ( 160ms ) "" (6.4kHz) "" ( 160ms ) "" (6.4kHz) "" (384ms) "" (8.0kHz) "" ( 160ms ) "" (8.0kHz) "" ( 160ms ) "" (8.0kHz) "" (384ms) "" (10.6kHz) "" ( 160ms ) "" (10.6kHz) "" ( 160ms ) "" (10.6kHz) "" (384ms) "" (12.8kHz) "" ( 160ms ) "" (12.8kHz) "" ( 160ms ) "" (12.8kHz) "" (384ms) "" (16.0kHz) ""


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PDF J2D0098-38-Z1 MSM6375ROM MSM6372-100 MSM6372-119 MSM6373-308 MSM6373-329 MSM6374-006 MSM6374-007 MSM6374-519 MSM6374-544 9192a m6388 MSM6658A MSM6654 MSM6653 MSM6650 MSM6596A M6588 M6374 6C50
1999 - m6388

Abstract: cuckoo clock Cuckoo Sound b6474 X22 3A
Text: No file text available


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PDF E2D0098-19-21 MSM6375 MSM6372-100 MSM6372-119 MSM6373-308 m6388 cuckoo clock Cuckoo Sound b6474 X22 3A
TIMER IC 8-PIN DIP

Abstract: 610MS DS1706 DS1705 DS1233M DS1233D DS1233A DS1233 DS1830 DS1232
Text: , 8-pin SOIC, 8-pin µSOP 16ms 160ms 16-pin DIP, 16-pin SOIC 1600ms 2 16ms 160ms 1600ms 16ms 160ms 16-pin DIP, 16-pin SOIC 1600ms 2 DS1831C 5% 10% 20% 5% 10% 15% DS1831D 5% 10% 20% 5% 10% 20% 5% 10% 15% DS1832 10% 20% 2 16ms 160ms 16-pin DIP, 16-pin SOIC 1600ms 5% 10% 15% DS1831E 16ms 160ms 16-pin DIP, 16-pin SOIC 1600ms 16ms 160ms 1600ms 16ms 160ms 16-pin DIP, 16-pin SOIC 1600ms 16ms 160ms 16-pin DIP, 16-pin SOIC 1600ms 2


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PDF DS1834: DS1834A: DS1834D: com/an3316 AN3316, APP3316, Appnote3316, TIMER IC 8-PIN DIP 610MS DS1706 DS1705 DS1233M DS1233D DS1233A DS1233 DS1830 DS1232
32QFN

Abstract: AK4569 AK4665A AK4665AEN AKD4665A
Text: (8.0ms) ALC1 Zero Cross Timeout ZTM=01 ZTM=10 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms , (32.0ms) 384/fs (32.0ms) N/A Table 12. ALC1 RGAIN1 0 0 1 1 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) WTM=11 3072/fs (69.7ms) 2048/fs (64.0ms) 3072/fs (64.0ms) 1536/fs (69.7ms


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PDF AK4665A] AK4665A 20-Bit AK4665A20bit I/F1631mW ON/OFF32pin 20bit -54dB, 375dB 20bit, 32QFN AK4569 AK4665A AK4665AEN AKD4665A
Not Available

Abstract: No abstract text available
Text: =10 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) 1536/fs (34.8ms) 1024/fs (32.0ms) 1536/fs , ) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) RGAIN0 GAIN STEP 0 1 step 0.375dB 1 2 step 0.750dB 0 3 , Others FS0 0 1 0 0 1 0 0 1 0 WTMP=00 (Default) 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs


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PDF AK4665A] AK4665A 20-Bit AK4665A 20bit 32pin 20whose
2006 - ALC1

Abstract: LTmp 32QFN AK4569 AK4665A AK4665AEN AKD4665A
Text: (8.0ms) 96/fs (8.0ms) ALC1 Zero Cross Timeout ZTM=01 ZTM=10 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) 1536/fs (34.8ms) 1024/fs (32.0ms) 1536/fs (32.0ms) 768/fs (34.8ms) 512/fs (32.0ms , (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) RGAIN0 GAIN STEP 0 1 step 0.375dB 1 2 step 0.750dB 0


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PDF AK4665A] AK4665A 20-Bit AK4665A 20bit 32pin ALC1 LTmp 32QFN AK4569 AK4665AEN AKD4665A
OFM-0201

Abstract: OFM-0200 2208w
Text: 300ms, 160ms , 17ms/115VAC 300ms, 160ms , 50ms / 230VAC VIBRATION 10~500Hz, 2G 10min./1cycle, PERIOD


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PDF ISO-9001 OFM-0200 OFM-0201 OFM-0202 OFM-0203 OFM-0205 50mVp-p 150mVp-p 240mVp-p OFM-0201 OFM-0200 2208w
2005 - Not Available

Abstract: No abstract text available
Text: /fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) Default Default FS3 0 0 0 1 1 1 1 1 1 FS2 FS1 FS0 0 1 0 0 1 0 0 , =10 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms ) 384/fs (17.4ms) 256/fs ( 16.0ms ) 384/fs ( 16.0ms ) 192/fs (17.4ms) 128/fs ( 16.0ms ) 192/fs ( 16.0ms ) FS3 0 0 0 1 1 1 1 1 1 FS2 FS1 FS0 0 1 0 0 1 0 0 1 0 , 1 0 0 0 0 0 1 1 0 1 0 1 1 Others WTMP=00 (Default) 768/fs (17.4ms) 512/fs ( 16.0ms ) 768/fs ( 16.0ms


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PDF AK4665A] AK4665A 20-Bit AK4665A 20bit 32pin
DVD -519

Abstract: SHW-1635S mtbf cpu HDD KARAOKE
Text: /sec) by CLV 6X(8100KB/sec) by CLV 16X(21600KB/sec) maximum by CAV 160ms 48X(7200KB/sec) maximum by CAV 24X(3600KB/sec) maximum by Z-CLV in UltraSpeed disc 48X(7200KB/sec) maximum by CAV 160ms


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PDF 16x8x8x /16x6x4x /16x/ 48x24x48x SHW-1635S DVD -519 SHW-1635S mtbf cpu HDD KARAOKE
LH-20A1P

Abstract: No abstract text available
Text: DVD-RW Read 8X by Z-CLV 6X by CLV 16X maximum by CAV Access time 160ms CD Family : Write , CAV Access time 160ms Buffer Size : 2MB(MAX) PC Required : Pentium 4 1.3GHz or higherr


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PDF 20x8x8x /20x6x8x/12x/16x/ 48x32x48x LH-20A1P 2000/XP LH-20A1P
1998 - m6388

Abstract: MSM6373-329 M6588 MSM63* ADPCM
Text: "Sound of a bass drum (4.0kHz) silence ( 160ms ) Sound of a bass drum (4.0kHz) silence ( 160ms ) Sound of a high-hat close (4.0kHz) silence (384ms)" "Sound of a bass drum (5.3kHz) silence ( 160ms ) Sound of a bass drum (5.3kHz) silence ( 160ms ) Sound of a high-hat close (5.3kHz) silence (384ms)" "Sound of a bass drum (6.4kHz) silence ( 160ms ) Sound of a bass drum (6.4kHz) silence ( 160ms ) Sound of a high-hat close(6.4kHz) silence (384ms)" "Sound of a bass drum (8.0kHz) silence ( 160ms ) Sound of a bass drum (8.0kHz) silence


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PDF E2D0050-27-41 MSM6375 MSM6372-100 MSM6372-119 MSM6373-308 MSM6373-329 MSM6374-006 MSM6374-007 MSM6374-519 MSM6374-544 m6388 M6588 MSM63* ADPCM
RT1250

Abstract: 10 Bit Shift Register TV IR remote control circuit diagram RT1248 diode SS10 diode NC RT1249 ir receiver transistor Rato RT124
Text: release the key of RT1248, the RT1249/RT1250 (CS1CS6)output will keep at `H' level about 160ms. (We calculate the 160ms after the two cycle data is received complicity.) 2. .Toggle Signal(TS1TS2): T= 192 , signal is held at `H' O level. (After key is released, this output will be `L' level after 160ms


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PDF RT1249 RT1249/RT11250 RT1248. RT1249 RT1249) RT1250) 22KHz54KHz) RT1250 10 Bit Shift Register TV IR remote control circuit diagram RT1248 diode SS10 diode NC ir receiver transistor Rato RT124
2008 - T823-1

Abstract: MAX4979ETA cell phone charger 5.7 V circuit diagram max4978
Text: the blanking time, the FET is turned off, and the device restarts the cycle after 160ms. The battery , restarts the cycle after 160ms. The battery voltage monitor measures the voltage of a lithium-ion battery , ) (MAX4979) Low-Current Undervoltage Lockout Mode Overcurrent Protection Internal 160ms (typ) Startup , in, a 160ms debounce timer prevents a false turn-on of the internal FET. Bypass IN to GND with a 1µF , components. The internal charge pump's 160ms debounce time prevents false turn-on of the internal FET


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PDF MAX4978 MAX4981 MAX4980/MAX4981) MAX4978/MAX4980/MAX4981) MAX4979) MAX4978) MAX4979/ MAX4980 MAX4981 T823-1 MAX4979ETA cell phone charger 5.7 V circuit diagram
at125

Abstract: V103 delay circuit KD SOT SOT89 KD AT120
Text: C. 50ms ~ 200ms configuration are available. Since the delay circuit is D. 160ms ~ 400ms , increments Built-In Delay Circuit A= none delay, B= 1ms ~ 50ms C= 50ms ~ 200ms, D= 160ms ~ 400ms V1 , ") Built-In Delay Circuit A= none delay, B= 1ms ~ 50ms C= 50ms ~ 200ms, D= 160ms ~ 400ms PIN DESCRIPTIONS


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PDF AT120/AT125 AT120/AT125 100ppm/ OT-25, OT-343, OT-89 at125 V103 delay circuit KD SOT SOT89 KD AT120
2004 - QT0805Y-103J

Abstract: thermistor 103j
Text: 160ms to ensure that the monitored supply is stable before STATUS and PGOOD are released to go high. The , through pull-up resistors about 160ms after its related VMON has continuously been > Vuv_vth. This delay , is set to ensure ~ 160ms of continuous compliance then the related STATUS output is released to be , continuously for ~ 160ms its associated STATUS output will release high indicating that the minimum voltage , continued until all DC-DC outputs are on, at which time PGOOD signal will be released to indicate. 160ms


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PDF ISL6131, ISL6132 FN9119 ISL6131 ISL6132 QT0805Y-103J thermistor 103j
2008 - T823-1

Abstract: battery overcharge protection MaX4980 MAX4981 6v battery overcharge protection cell phone charger 5.7 V circuit diagram
Text: the blanking time, the FET is turned off, and the device restarts the cycle after 160ms. The battery , (typ) (MAX4979) o Low-Current Undervoltage Lockout Mode o Overcurrent Protection o Internal 160ms , the internal FET. When the correct adapter is plugged in, a 160ms debounce timer prevents a false , components. The internal charge pump's 160ms debounce time prevents false turn-on of the internal FET , restarts the cycle after 160ms The battery voltage monitor measures the voltage of a lithium-ion battery


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PDF MAX4978 MAX4981 MAX4980/MAX4981) MAX4978/MAX4980/MAX4981) MAX4979) MAX4978) MAX4979/ MAX4980 MAX4981 T823-1 battery overcharge protection MaX4980 6v battery overcharge protection cell phone charger 5.7 V circuit diagram
BA5049

Abstract: BA5050 BL9148B BL20106 BL9148 cp1512 107ms BL0510 SP10 diode code k5
Text: 12 107ms 12 Bits 12 Bits About 107ms 2) HP1~HP6 160ms HP Shanghai Belling-Systron Microelectronics Co., Ltd. 12 Bits12 Bits 12 Bits Bits 12 About 160ms 3) CP1 CP2


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PDF BL9148B BA5049 BA5050 BL0509 BL0510 BL0510) BA5049 BA5050 BL9148B BL20106 BL9148 cp1512 107ms BL0510 SP10 diode code k5
2008 - Not Available

Abstract: No abstract text available
Text: after 160ms. The battery voltage monitor measures the voltage of a lithium-ion battery and disables the , off and the device restarts the cycle after 160ms. The battery voltage monitor measures the voltage , Low-Current Undervoltage Lockout Mode o Overcurrent Protection o Internal 160ms (typ) Startup Delay o , plugged in, a 160ms debounce timer prevents a false turn-on of the internal FET. Bypass IN to GND with a , to the protected components. The internal charge pump’s 160ms debounce time prevents false


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PDF MAX4978â MAX4981 MAX4980/MAX4981) MAX4978/MAX4980/MAX4981) MAX4979) MAX4978) MAX4979/ MAX4981
1995 - TFMs 5300 ir

Abstract: TFM 5360 TFM 5300 ir tfm 5560 tfm 5380 tfm 5400 TFM 5330 TFMS 4 infrared temic TFMS 5380 Temic TFM 5360
Text: : tpo=tpi± 160ms , Test signal (see Fig.7) Pulse width tolerance: tpo=tpi± 160ms , Test signal (see Fig


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PDF D-74025 TFMs 5300 ir TFM 5360 TFM 5300 ir tfm 5560 tfm 5380 tfm 5400 TFM 5330 TFMS 4 infrared temic TFMS 5380 Temic TFM 5360
TTP223

Abstract: TTP223-BA6 TTP223B ttp22
Text: VSS ~ 160ms ~20ms POSSIBLE KEY TOUCH KEY RELEASE (NOT REALLY TOUCH) ~ 160ms ~20ms KEY TOUCH ABOUT 12SEC ~ 160ms KEY RELEASE VDD VSS Low Power Mode LPMB Option features


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PDF TTP223 TTP223 220mS TTP223-DO8 TTP223-D TTP223-XXX TCP223 TDP223 TTP223-BA6 TTP223B ttp22
2003 - FN9119

Abstract: No abstract text available
Text: state. A stability delay of approximately 160ms ensures that the monitored supply is stable before , resistors about 160ms after its related VMON has continuously been > Vuv_vth. This delay is for , input driven high or open, as each VMON input rises above VVMONvth, a timer is set to ensure ~ 160ms of , . Once the UVMON input > VMON Vth continuously for ~ 160ms , its associated STATUS output releases high , DC-DC outputs are on, at which time PGOOD signal is released. A delay of 160ms from VMON > VVMONVth to


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PDF ISL6131, ISL6132 ISL6131 ISL6132 5m-1994. FN9119
2003 - Not Available

Abstract: No abstract text available
Text: delay of approximately 160ms ensures that the monitored supply is stable before STATUS and PGOOD are , 160ms after its related VMON has continuously been > Vuv_vth. This delay is for stabilization of , driven high or open, as each VMON input rises above VVMONvth, a timer is set to ensure ~ 160ms of , ~ 160ms , its associated STATUS output releases high, indicating that the minimum voltage condition has , outputs are on, at which time PGOOD signal is released. A delay of 160ms from VMON > VVMONVth to STATUS


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PDF ISL6131, ISL6132 ISL6131 ISL6132 5m-1994. FN9119
2003 - Not Available

Abstract: No abstract text available
Text: delay of approximately 160ms ensures that the monitored supply is stable before STATUS and PGOOD are , high signal through pull-up resistors about 160ms after its related VMON has continuously been , to ensure ~ 160ms of continuous compliance. Then the related STATUS output is released to be pulled , continuously for ~ 160ms , its associated STATUS output releases high, indicating that the minimum voltage , outputs are on, at which time PGOOD signal is released. A delay of 160ms from VMON > VVMONVth to STATUS


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PDF ISL6131, ISL6132 ISL6131 ISL6132 5m-1994. FN9119
2003 - QT0805Y-103J

Abstract: ISL6131 plastic capacitor 103j MO-220 ISL613XSUPEREVAL2 ISL6132IRZA ISL6132IR ISL6132 ISL6131IRZA ISL6131IR
Text: STATUS outputs are in their correct state. There is a stability delay of approximately 160ms to ensure , ISL6131 each STATUS provides a high signal through pull-up resistors about 160ms after its related VMON , input rises above VVMONvth a timer is set to ensure ~ 160ms of continuous compliance then the related , are pulled low. Once the UVMON input > the VMON Vth continuously for ~ 160ms , its associated STATUS , are on, at which time PGOOD signal will be released to indicate. 160ms delay from VMON > VVMONVth to


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PDF ISL6131, ISL6132 ISL6131 ISL6132 ISL6131 FN9119 QT0805Y-103J plastic capacitor 103j MO-220 ISL613XSUPEREVAL2 ISL6132IRZA ISL6132IR ISL6131IRZA ISL6131IR
2SA494 replacement

Abstract: BF216 2SC871 2SC374 2SA494 AT316 2SC650 AT312 2SC371 2SC369G
Text: T092 0 67# BC150 200m 160MS 2.7m #J 18 18 5.0 100m 200n 100 10Ou0 350 23u 90k 60 12p(3 PL0 T098 B 68# BC151 200m 160MS 2.7m 2b 25 5.0 100m 200n 100 1.Om0 180 12u 5.0k 3.3 12p0 PL T098 B 69 D24A3900 200m 160MS 2.7 m 1H 18 5 0 100m 100n 4.50 2.Om0 250 tA b 15 7.0p P10 X54 70 D24A3900A 200m 160MS 2.7m


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PDF 300MSA NS9731 TE3605T 300M5A TE3606T TE3607T 350MS 2SA494 replacement BF216 2SC871 2SC374 2SA494 AT316 2SC650 AT312 2SC371 2SC369G
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