NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Part | Manufacturer | Description | Type | Ordering |
| 1203S | THAT Corporation | InGenius High-CMRR Balanced Input Line Receiver |
10 pages, |
Original |  |
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| Catalog Datasheet Results | Type | Document Tags |
| Abstract: 100 22 313 45 ± 0.3 64 B2-1203S 3.0 3.0 100 100 18 81 45 ± , 100 22 313 45 ± 0.3 64 B2-1203S H 3.0 3.0 100 100 18 81 45 ... | Original |
3 pages, |
B2-244R8S B2-053R3S B2-054R8S B2-1203S B2-1205S B2-123R3S B2-124R8S B2-2403S B2-243R3S B2-0503S datasheet abstract |
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| Abstract: AM1DR-1203S AM1DR-1205S AM1DR-1205S AM1DR-1209S AM1DR-1209S AM1DR-1212S AM1DR-1212S AM1DR-1215S AM1DR-1215S AM1DR-2403S AM1DR-2403S AM1DR-2405S AM1DR-2405S AM1DR-2409S AM1DR-2409S , AM1DR-1203SH30 AM1DR-1205SH30 AM1DR-1205SH30 AM1DR-1209SH30 AM1DR-1209SH30 AM1DR-1212SH30 AM1DR-1212SH30 AM1DR-1215SH30 AM1DR-1215SH30 AM1DR-2403SH30 AM1DR-2403SH30 AM1DR-2405SH30 AM1DR-2405SH30 ... | Original |
2 pages, |
AM1DR-0509S AM1DR-0505S AM1DR-0503S datasheet abstract |
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| Abstract: Configuration 12 Series MODEL MT10-1203S MT10-1205S MT10-1205S MT10-1212S MT10-1212S MT10-1215S MT10-1215S MT10-1212W MT10-1212W MT10-1215W MT10-1215W ... | Original |
2 pages, |
20MHZ MT10 datasheet abstract |
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| Abstract: Series AM1S-NZ Custom Product Special Conditions Apply 1 Watt | DC-DC Converter FEATURES: · · · · · · · RoHS compliant 4 Pin SIP Package Low ripple and noise High efficiency up to 78% Operating temperature -40oC to + 85oC Input / Output isolation 1000VDC 1000VDC Pin compatible with multiple manufacturers Models Single output Model Input Voltage (V) AM1S-0503S-NZ AM1S-0503S-NZ AM1S-0507S-NZ AM1S-0507S-NZ AM1S-1203S-NZ AM1S-2424S-NZ AM1S-2424S-NZ Output Voltage (V) 4.5-5.5 4.5-5.5 10.8-13.2 21.6-26.4 ... | Original |
2 pages, |
free capacitor datasheet abstract |
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| Abstract: AM3N-0512S AM3N-0512S AM3N-0515S AM3N-0515S AM3N-0518S AM3N-0518S AM3N-0524S AM3N-0524S AM3N-1203S AM3N-1205S AM3N-1205S AM3N-1207S AM3N-1207S AM3N-1209S AM3N-1209S AM3N-1212S AM3N-1212S , AM3N-0515SH30 AM3N-0515SH30 AM3N-0518SH30 AM3N-0518SH30 AM3N-0524SH30 AM3N-0524SH30 AM3N-1203SH30 AM3N-1205SH30 AM3N-1205SH30 AM3N-1207SH30 AM3N-1207SH30 AM3N-1209SH30 AM3N-1209SH30 , AM3N-0507SH52 AM3N-0507SH52 AM3N-0509SH52 AM3N-0509SH52 AM3N-0512SH52 AM3N-0512SH52 AM3N-0515SH52 AM3N-0515SH52 AM3N-0518SH52 AM3N-0518SH52 AM3N-0524SH52 AM3N-0524SH52 AM3N-1203SH52 ... | Original |
2 pages, |
AM3N-0507S AM3N-0505S AM3N-0503S datasheet abstract |
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| Abstract: AM1S-0524SH30 AM1S-0524SH30 24VDC 24VDC 42mA AM1S-1203S AM1S-1203SH30 3.3VDC 300mA AM1S-1205S AM1S-1205S AM1S-1205SH30 AM1S-1205SH30 5VDC 200mA ... | OCR Scan |
2 pages, |
046X0 1S-0524S AM1S-0503S AM1S-0503SH30 AM1S-0505S AM1S-0505SH30 AM1S-0507S AM1S-0507SH30 AM1S-0509S 2424S IS2403 24VDC 24VDC abstract |
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| Abstract: AM3N-0503S AM3N-0503S AM3N-0505S AM3N-0505S AM3N-0507S AM3N-0507S AM3N-0509S AM3N-0509S AM3N-0512S AM3N-0512S AM3N-0515S AM3N-0515S AM3N-0518S AM3N-0518S AM3N-0524S AM3N-0524S AM3N-1203S , AM3N-0507SH30 AM3N-0507SH30 AM3N-0509SH30 AM3N-0509SH30 AM3N-0512SH30 AM3N-0512SH30 AM3N-0515SH30 AM3N-0515SH30 AM3N-0518SH30 AM3N-0518SH30 AM3N-0524SH30 AM3N-0524SH30 AM3N-1203SH30 , AM3N-0518SH52 AM3N-0518SH52 AM3N-0524SH52 AM3N-0524SH52 AM3N-1203SH52 AM3N-1205SH52 AM3N-1205SH52 AM3N-1207SH52 AM3N-1207SH52 AM3N-1209SH52 AM3N-1209SH52 AM3N-1212SH52 AM3N-1212SH52 ... | Original |
2 pages, |
AM3N-0507S AM3N-0505S AM3N-0503S 5200VDC 5200VDC abstract |
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| Abstract: 50 50 50 516 602 500 500 500 3.3 5 9 12 15 500 400 200 150 120 TSP2W-1203S ... | Original |
3 pages, |
TSP2W-2415D 0509s datasheet abstract |
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| Abstract: AM2F-0503S AM2F-0503S AM2F-0505S AM2F-0505S AM2F-0507S AM2F-0507S AM2F-0509S AM2F-0509S AM2F-0512S AM2F-0512S AM2F-0515S AM2F-0515S AM2F-0518S AM2F-0518S AM2F-0524S AM2F-0524S AM2F-1203S , AM2F-0507SH30 AM2F-0507SH30 AM2F-0509SH30 AM2F-0509SH30 AM2F-0512SH30 AM2F-0512SH30 AM2F-0515SH30 AM2F-0515SH30 AM2F-0518SH30 AM2F-0518SH30 AM2F-0524SH30 AM2F-0524SH30 AM2F-1203SH30 , AM2F-0518SH52 AM2F-0518SH52 AM2F-0524SH52 AM2F-0524SH52 AM2F-1203SH52 AM2F-1205SH52 AM2F-1205SH52 AM2F-1207SH52 AM2F-1207SH52 AM2F-1209SH52 AM2F-1209SH52 AM2F-1212SH52 AM2F-1212SH52 ... | Original |
2 pages, |
TO-68 package AM2F-0507S AM2F-0505S AM2F-0503S 12 PIN SIP datasheet abstract |
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| Abstract: AM2S-0503S AM2S-0503S AM2S-0505S AM2S-0505S AM2S-0507S AM2S-0507S AM2S-0509S AM2S-0509S AM2S-0512S AM2S-0512S AM2S-0515S AM2S-0515S AM2S-0518S AM2S-0518S AM2S-0524S AM2S-0524S AM2S-1203S , AM2S-0507SH30 AM2S-0507SH30 AM2S-0509SH30 AM2S-0509SH30 AM2S-0512SH30 AM2S-0512SH30 AM2S-0515SH30 AM2S-0515SH30 AM2S-0518SH30 AM2S-0518SH30 AM2S-0524SH30 AM2S-0524SH30 AM2S-1203SH30 ... | Original |
2 pages, |
AM2S-0507S AM2S-0505S AM2S-0503S AM2S datasheet abstract |
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| Abstract: AM1S-0503S AM1S-0503S AM1S-0505S AM1S-0505S AM1S-0507S AM1S-0507S AM1S-0509S AM1S-0509S AM1S-0512S AM1S-0512S AM1S-0515S AM1S-0515S AM1S-0518S AM1S-0518S AM1S-0524S AM1S-0524S AM1S-1203S ... | Original |
2 pages, |
smd transistor 8g low ripple 1w dc dc converter AM1S-0515S AM1S-0512S AM1S-0509S AM1S-0507S AM1S-0505S AM1S-0503S datasheet abstract |
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| Abstract: (1/1) 001-01 / 20020221 / e81112_qvc12.fm RF Modules QVC12 QVC12 Series VCOs For Cellular Phone/Dual Band 12x10 High Power Type FEATURES · VCO for mobile communication equipment TX (sending) applications. Roughly 0.7 to 2GHz frequency range, high power, dual mode. · Area is greatly reduced (20% less area) in comparison to the use of two of the earlier type VCOs (QVC10 QVC10 series, 10Ã-7.5mm). · External switch is not needed because of built-in band switch. · Compact, low profile and l ... | Original |
1 pages, |
QVC121747RT QVC121747RT-4002 QVC12 QVC10 QVC10 abstract |
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| Abstract: AM2S-0515S AM2S-0515S AM2S-0518S AM2S-0518S AM2S-0524S AM2S-0524S AM2S-1203S AM2S-1205S AM2S-1205S AM2S-1207S AM2S-1207S AM2S-1209S AM2S-1209S AM2S-1212S AM2S-1212S AM2S-1215S AM2S-1215S ... | Original |
2 pages, |
AM2S-0507S AM2S-0505S AM2S-0503S AM2S 3000VDC 3000VDC abstract |
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| Abstract: MODELS Single output Models AM10E-1203S AM10E-1205S AM10E-1205S AM10E-1207S AM10E-1207S AM10E-1209S AM10E-1209S AM10E-1212S AM10E-1212S ... | Original |
3 pages, |
AM10E 15VDC AM10E abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| ;* ; MSP-FET430P430 MSP-FET430P430 MSP-FET430P430 MSP-FET430P430 Demo - DAC12 DAC12 DAC12 DAC12.0 Output Voltage Ramp on P6.6 ; ; Description; Using DAC12 DAC12 DAC12 DAC12.0 and 2.5V ADC12REF ADC12REF ADC12REF ADC12REF reference with a gain of 1, ; ouput positive ramp on P6.6. Normal mode is LPM0 with CPU off. WDT used ; to provide ~0.061ms interrupt used to wake up the CPU and update the DAC ; with software. Use internal 2.5V Vref. ; ; MSP430FG439 MSP430FG439 MSP430FG439 MSP430FG439 ; - ; www.datasheetarchive.com/download/12884397-922176ZC/slac046.zip (fet430_dac12_03.s43) |
Texas Instruments | 24/01/2005 | 79.14 Kb | ZIP | slac046.zip |
| ;* ; MSP-FET430P140 MSP-FET430P140 MSP-FET430P140 MSP-FET430P140 Demo - DAC12 DAC12 DAC12 DAC12.0 Output Voltage Ramp on P6.6 ; ; Description; Using DAC12 DAC12 DAC12 DAC12.0 and 2.5V ADC12REF ADC12REF ADC12REF ADC12REF reference with a gain of 1, ; ouput positive ramp on P6.6. Normal mode is LPM0 with CPU off. WDT used ; to provide ~0.5ms interrupt used to wake up the CPU and update the DAC ; with software. Use internal 2.5V Vref. ; ACLK = n/a, SMCLK = MCLK = WDTCLK = default DCO ~ 800kHz. ; //* M www.datasheetarchive.com/download/65408289-922169ZC/slac014.zip (fet140_dac12_03.s43) |
Texas Instruments | 24/01/2005 | 143.39 Kb | ZIP | slac014.zip |
| ;* ; MSP-FET430P430 MSP-FET430P430 MSP-FET430P430 MSP-FET430P430 Demo - DAC12 DAC12 DAC12 DAC12_0, Output Voltage Ramp on DAC0 ; ; Description: Using DAC12 DAC12 DAC12 DAC12_0 and 2.5V ADC12REF ADC12REF ADC12REF ADC12REF reference with a gain of 1, ; output positive ramp on DAC0. Normal mode is LPM0 with CPU off. WDT used ; to provide 61us interrupt used to wake up the CPU and update the DAC ; with software. Uses internal 2.5V Vref. ; ACLK = n/a, MCLK = SMCLK = default DCO ; ; MSP430FG439 MSP430FG439 MSP430FG439 MSP430FG439 www.datasheetarchive.com/download/41492838-851170ZC/slac046d.zip (fet430_dac12_03.s43) |
Texas Instruments | 26/08/2008 | 85.83 Kb | ZIP | slac046d.zip |
| fet430_1.s43 - Software Toggle P5.1 fet430_adc12_01.s43 - ADC12 ADC12 ADC12 ADC12 Sample A0 Set P5.1 if A0 > 0.5*AVcc fet430_adc12_02.s43 - ADC12 ADC12 ADC12 ADC12, Using the Internal Reference fet430_adc12_03.s43 - ADC12 ADC12 ADC12 ADC12 Sample A10 Temp Set P5.1 if temp + ~2c fet430_adc12_04.s43 - ADC12 ADC12 ADC12 ADC12, Extend Sampling Period With SHT bits fet430_adc12_05.s43 - ADC12 ADC12 ADC12 ADC12, Using an External Reference fet430_adc12_06.s43 - ADC12 ADC12 ADC12 ADC12, Repeated Sequence of Conversions fet430_adc12_07.s43 - ADC12 ADC12 ADC12 ADC12, Repeated Singl www.datasheetarchive.com/download/12884397-922176ZC/slac046.zip (FET430_demolist.s43.txt) |
Texas Instruments | 24/01/2005 | 79.14 Kb | ZIP | slac046.zip |
| ! Date: Mon Aug 07 16:10:10 1995 # MHZ S MA R 50.0000 ! ! ! POLYFET RF DEVICES ! ! F1203 ! ! S PARAMETERS ! ! VDS=12.5V, IDQ=200mA ! ! FREQ S11MAG S11MAG S11MAG S11MAG S11ANG S11ANG S11ANG S11ANG S21MAG S21MAG S21MAG S21MAG S21ANG S21ANG S21ANG S21ANG S12MAG S12MAG S12MAG S12MAG S12ANG S12ANG S12ANG S12ANG S22MAG S22MAG S22MAG S22MAG S22ANG S22ANG S22ANG S22ANG 10.0000 0.86969 -27.5658 15.5158 142.482 0.01819 56.1216 0.52368 -112.508 20.0000 0.81455 -47.5734 11.7868 135.105 0.02725 48.9778 0.53829 -137.001 30.0000 0.77706 -65.0814 9.90826 128.447 0.03489 44.9215 0.56851 -147.278 40.0000 0 www.datasheetarchive.com/download/39957583-688983ZC/fs2pspu.zip (F1203.S2P) |
Polyfet | 23/10/2012 | 146.28 Kb | ZIP | fs2pspu.zip |
| ! Date: Mon Aug 07 16:10:10 1995 # MHZ S MA R 50.0000 ! ! ! POLYFET RF DEVICES ! ! F1203 ! ! S PARAMETERS ! ! VDS=12.5V, IDQ=200mA ! ! FREQ S11MAG S11MAG S11MAG S11MAG S11ANG S11ANG S11ANG S11ANG S21MAG S21MAG S21MAG S21MAG S21ANG S21ANG S21ANG S21ANG S12MAG S12MAG S12MAG S12MAG S12ANG S12ANG S12ANG S12ANG S22MAG S22MAG S22MAG S22MAG S22ANG S22ANG S22ANG S22ANG 10.0000 0.86969 -27.5658 15.5158 142.482 0.01819 56.1216 0.52368 -112.508 20.0000 0.81455 -47.5734 11.7868 135.105 0.02725 48.9778 0.53829 -137.001 30.0000 0.77706 -65.0814 9.90826 128.447 0.03489 44.9215 0.56851 -147.278 40.0000 0 www.datasheetarchive.com/download/10918630-688991ZC/s2ponly.zip (F1203.S2P) |
Polyfet | 23/10/2012 | 518.88 Kb | ZIP | s2ponly.zip |
| ;* ; MSP-FET430P430 MSP-FET430P430 MSP-FET430P430 MSP-FET430P430 Demo - ADC12 ADC12 ADC12 ADC12 Sample A10 Temp Set P5.1 if temp + ~2c ; ; Description: Use ADC12 ADC12 ADC12 ADC12 and the integrated temperature sensor to detect ; temperature gradients. The temperature sensor output voltage is sampled ; ~ every 125ms and compared with the defined delta values using an ISR. ; (ADC12OSC/256 ADC12OSC/256 ADC12OSC/256 ADC12OSC/256)/ determines sample time which needs to be greater than ; 30us for temperature sensor. ; www.datasheetarchive.com/download/12884397-922176ZC/slac046.zip (fet430_adc12_03.s43) |
Texas Instruments | 24/01/2005 | 79.14 Kb | ZIP | slac046.zip |
| ;* ; MSP-FET430P140 MSP-FET430P140 MSP-FET430P140 MSP-FET430P140 Demo - ADC12 ADC12 ADC12 ADC12 Sample A10 Temp Set P5.1 if temp + ~2c ; ; Descriptiion: Use ADC12 ADC12 ADC12 ADC12 and the integrated temperature sensor to detect ; temperature gradients. The temperature sensor output voltage is sampled ; ~ every 80ms and compared with the defined delta values using an ISR. ; (ADC12OSC/256 ADC12OSC/256 ADC12OSC/256 ADC12OSC/256)/ determines sample time which needs to be greater than ; 30us for temperature sensor. ; www.datasheetarchive.com/download/14185894-922173ZC/slac018.zip (fet440_adc12_03.s43) |
Texas Instruments | 24/01/2005 | 62.49 Kb | ZIP | slac018.zip |
| ;* ; MSP-FET430P140 MSP-FET430P140 MSP-FET430P140 MSP-FET430P140 Demo - ADC12 ADC12 ADC12 ADC12 Sample A10 Temp Set P1.0 if temp + ~2c ; ; Descriptiion: Use ADC12 ADC12 ADC12 ADC12 and the integrated temperature sensor to detect ; temperature gradients. The temperature sensor output voltage is sampled ; ~ every 80ms and compared with the defined delta values using an ISR. ; (ADC12OSC/256 ADC12OSC/256 ADC12OSC/256 ADC12OSC/256)/ determines sample time which needs to be greater than ; 30us for temperature sensor. ; www.datasheetarchive.com/download/65408289-922169ZC/slac014.zip (fet140_adc12_03.s43) |
Texas Instruments | 24/01/2005 | 143.39 Kb | ZIP | slac014.zip |
| ;* ; MSP430xG461x Demo - DAC12 DAC12 DAC12 DAC12_0, Output Voltage Ramp on DAC0 ; ; Description: Using DAC12 DAC12 DAC12 DAC12_0 and 2.5V ADC12REF ADC12REF ADC12REF ADC12REF reference with a gain of 1, ; output positive ramp on P6.6. Normal mode is LPM0 with CPU off. WDT used ; to provide ~0.5ms interrupt used to wake up the CPU and update the DAC ; with software. Use internal 2.5V Vref. ; ACLK = 32kHz, SMCLK = MCLK = WDTCLK = default DCO 1048576Hz ; ; ; www.datasheetarchive.com/download/37742394-851182ZC/slac121a.zip (msp430xG46x_dac12_03.s43) |
Texas Instruments | 26/08/2008 | 127.74 Kb | ZIP | slac121a.zip |