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2004 - LTC2440

Abstract: LTC2449 TEN 8 Series LT1219 LT1236 LT1368
Text: the AMPV- turret (JP1 and JP2 must be set to EXT.) Set the demo software to OSR32768 (6.8 samples , . COMMON MODE REJECTION Select OSR32768 (6.8 samples per second) and 2X mode in the demo software and


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PDF LTC2449 24-bit 9Hz/200nVRMS Hz/25 10ppm LTC2449 LTC2440 TEN 8 Series LT1219 LT1236 LT1368
2005 - DC846

Abstract: LTC2446UHF REF01 LT1219 LT1236 LTC2446
Text: Solder a short wire from the CH0 to CH1. Set the demo software to OSR32768 (6.8 samples per second.) and , to the input through a 1uF capacitor. COMMON MODE REJECTION Select OSR32768 (6.8 samples per


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PDF LTC2446UHF 24-bit 9Hz/280nVRMS 5kHz/25 10ppm 9Hz/200nVRMS LTC2446 DC846 LTC2446UHF REF01 LT1219 LT1236
2003 - ltc2440

Abstract: DC570A LT1219 LT1236 LT1368 LT1790
Text: short wire from the IN- turret post to the IN+ turret post. Set the demo software to OSR32768 (6.8 , SPEED DELTA SIGMA ADC Select OSR32768 (6.8 samples per second) in the demo software and start taking


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PDF DC570 LTC2440 LTC2440 24-bit 9Hz/200nVRMS Hz/25 880Hz/2 200nVRMS 50/60Hz DC570A LT1219 LT1236 LT1368 LT1790
2005 - LTC2448

Abstract: LT1219 LT1236 LT1368
Text: EXPERIMENTS INPUT NOISE Solder a short wire from the CH0 to CH1. Set the demo software to OSR32768 (6.8 , OSR32768 (6.8 samples per second) and 2X mode in the demo software and start taking data. The input noise


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PDF LTC2448UHF 24-bit 9Hz/280nVRMS 5kHz/25 10ppm DC845 LTC2448 LT1219 LT1236 LT1368
2005 - REF01

Abstract: LT1219 LT1236 LT1368 LTC2447 DC846
Text: to OSR32768 (6.8 samples per second.) and check the 2X box. Noise should be approximately 0.04ppm , through a 1uF capacitor. COMMON MODE REJECTION Select OSR32768 (6.8 samples per second) and 2X mode


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PDF LTC2447UHF 24-bit 9Hz/200nVRMS 5kHz/25 10ppm LTC2447 REF01 LT1219 LT1236 LT1368 DC846
LTC2449UHF

Abstract: LTC2449 EEprom CR16 170R6 output 7.5v DC Power Jack C1327 LTC2440 LT1368 LT1236 LT1219
Text: the AMPV- turret (JP1 and JP2 must be set to EXT.) Set the demo software to OSR32768 (6.8 samples , . COMMON MODE REJECTION Select OSR32768 (6.8 samples per second) and 2X mode in the demo software and


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PDF LTC2449 24-bit 9Hz/200nVRMS Hz/25 10ppm LTC2449 16-Bit 8-/16-Channel 0603YC103KAT1A LTC2449UHF EEprom CR16 170R6 output 7.5v DC Power Jack C1327 LTC2440 LT1368 LT1236 LT1219
2006 - LTC2442

Abstract: LT1219 LT1236 LT1368 LTC1983 lt136
Text: OSR32768 (6.8 samples per second) and check the 2X box. Noise should be approximately 0.04ppm of Vref , . Select OSR32768 (6.8 samples per second) and 2X mode in the demo software and start taking data. The


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PDF 24-BIT LTC2442 LTC2442 24-bit 9Hz/200nVRMS 5kHz/25 10ppm DC979 LT1219 LT1236 LT1368 LTC1983 lt136
2004 - Not Available

Abstract: No abstract text available
Text: software to OSR32768 (6.8 samples per second.) and check the 2X box. Noise should be approximately 0.04ppm , amplifier supplies set to ground and VCC. Select OSR32768 (6.8 samples per second) and 2× mode in the


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PDF DC742A LTC2449 8-/16-channel, 24-Bit 24-bit 9Hz/200nVRMS 5kHz/25Î 10ppm 20nV/Â
2004 - Not Available

Abstract: No abstract text available
Text: REJECTION Solder a short wire from CH0 to CH1. Set the demo software to OSR32768 (6.8 samples per second , a 1µF capacitor. Select OSR32768 (6.8 samples per second) and 2× mode in the demo software and


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PDF DC845A LTC2448: 24-Bit, 8-/16-Channel 8-/16-channel, 24-bit 9Hz/280nVRMS 5kHz/25Î 10ppm 20nV/Â
2003 - HD2X7-079-MOLEX

Abstract: DC570A aac resistors CJ06-000M LTC2440 HD2X7-079 LT1790 LT1368 LT1236 LT1219 CP QUICK CONNECT
Text: short wire from the IN- turret post to the IN+ turret post. Set the demo software to OSR32768 (6.8 , SPEED DELTA SIGMA ADC Select OSR32768 (6.8 samples per second) in the demo software and start taking


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PDF DC570 LTC2440 LTC2440 24-bit 9Hz/200nVRMS Hz/25 880Hz/2 200nVRMS 50/60Hz 1/16W HD2X7-079-MOLEX DC570A aac resistors CJ06-000M HD2X7-079 LT1790 LT1368 LT1236 LT1219 CP QUICK CONNECT
2004 - Not Available

Abstract: No abstract text available
Text: . Set the demo software to OSR32768 (6.8 samples per second) and check the 2X box. Noise should be , peak-to-peak sine wave to the input through a 1µF capacitor. Select OSR32768 (6.8 samples per second) and 2X


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PDF DC847A LTC2446 24-Bit 24-bit 9Hz/280nVRMS 5kHz/25Î 10ppm 20nV/Â 9Hz/200nVRMS LTC2446
2004 - Not Available

Abstract: No abstract text available
Text: the IN– turret post to the IN+ turret post. Set the demo software to OSR32768 (6.8 samples per , attenuation. Select OSR32768 (6.8 samples per second) in the demo software and start taking data. The input


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PDF DC570A LTC2440 24-Bit LTC2440 24-bit 9Hz/200nVRMS 5kHz/25Î 880Hz/2Î 200nVRMS, 50Hz/60Hz
2004 - Not Available

Abstract: No abstract text available
Text: ¼V due to the 120dB CMRR of the LTC2442. Set the demo software to OSR32768 (6.8 samples per second , . Apply a 10Hz, 2V peak-to-peak sine wave to the input through a 1µF capacitor. Select OSR32768 (6.8


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PDF DC979A LTC2442 24-Bit 24-bit 9Hz/200nVRMS 5kHz/25Î 10ppm 20nV/Â 9Hz/200nVRMS LTC2442
2004 - Not Available

Abstract: No abstract text available
Text: software to OSR32768 (6.8 samples per second) and check the 2X box. Noise should be approximately 0.04ppm , amplifier supplies set to ground and VCC. Select OSR32768 (6.8 samples per second) and 2× mode in the


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PDF DC742B LTC2449 8-/16-channel, 24-Bit 24-bit 9Hz/200nVRMS 5kHz/25Î 10ppm 20nV/Â
2004 - Not Available

Abstract: No abstract text available
Text: the input through a 1μF capacitor. Set the demo software to OSR32768 (6.8 samples per second) and , OSR32768 (6.8 samples per second) and 2× mode in the demo software and start taking data. The input noise


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PDF DC846A LTC2447 24-Bit 24-bit 9Hz/200nVRMS 5kHz/25Î 10ppm 20nV/Â LTC2447
2005 - DJ-101ST

Abstract: strain gauge and load cells rs232 wheatstone Bridge amplifier i2c 74HC14 so8 tedea 1240 nv320 EEPROM COPIER circuit LTC2440 Load cells tedea TEDEA
Text: ­60 ­70 ­80 ­90 0 5 NOISE RESPONSE SIGNAL RESPONSE LTC2440 RESPONSE, OSR32768 15 10 , after switching bridge // Hex code to program the LTC2440 oversample ratio // (OxFF = OSR32768


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PDF 12-bit AN96-19 bits32 bits32 bits32) bits32; an96f AN96-20 DJ-101ST strain gauge and load cells rs232 wheatstone Bridge amplifier i2c 74HC14 so8 tedea 1240 nv320 EEPROM COPIER circuit LTC2440 Load cells tedea TEDEA
2005 - 16f73

Abstract: EEPROM COPIER circuit DJ-101ST Lucas NovaSensor LTC2440 TEDEA tedea 1240 OPTREX DMC digital piezoresistive weight sensor FM75
Text: ­80 ­90 0 5 NOISE RESPONSE SIGNAL RESPONSE LTC2440 RESPONSE, OSR32768 15 10 FREQUENCY , // (OxFF = OSR32768 ) // These are static because they need to be remembered // from one conversion to the


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PDF 12-bit AN96-19 bits32 bits32 bits32) bits32; an96fa AN96-20 16f73 EEPROM COPIER circuit DJ-101ST Lucas NovaSensor LTC2440 TEDEA tedea 1240 OPTREX DMC digital piezoresistive weight sensor FM75
2005 - LTC2442IG

Abstract: LTC2440 LTC2442 LTC2442CG TA03 LT1592 LT1236N
Text: No file text available


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PDF LTC2442 24-Bit 76kHz 220nVRMS 50Hz/60Hz LT1592 16-Bit LTC1799 OT-23 LTC1983 LTC2442IG LTC2440 LTC2442 LTC2442CG TA03 LT1592 LT1236N
2005 - Not Available

Abstract: No abstract text available
Text: No file text available


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PDF LTC2442 24-Bit 76kHz 220nVRMS 50Hz/60Hz LT1592 16-Bit LTC1799 OT-23 LTC1983
2005 - sck 0512

Abstract: 439Hz 320F0
Text: No file text available


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PDF 76kHz 220nV 50Hz/60Hz n36-Lead LTC2442 24-Bit 880Hz, 200nVRMS 2442fa OT-23 sck 0512 439Hz 320F0
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