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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
CP201-SM02-C CP201-SM02-C ECAD Model Superior Sensor Technology Highly Integrated Dual Pressure Sensor Two-Port Solution for CPAP, BiPAP and APAP - Cut Tape, SON-11, SM04 Datasheet
ND110-SM02-Q ND110-SM02-Q ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±125 to ±2.5K Pa (±0.5 to ±10 inH2O) - Quarter Tape & Reel, SON-11, SM02 Datasheet
ND030D-SM02-M ND030D-SM02-M ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±5 to ±30 psi (±0.3 to ±2.1 Bar) - Multi Tray, SON-11 Datasheet
ND100D-SM02-M ND100D-SM02-M ECAD Model Superior Sensor Technology Multi-Range Differential Pressure Sensor ±40 to ±100 psi (±2.8 to ±6.9 Bar) - Multi Tray, SON-11 Datasheet
ND015A-SM02-M ND015A-SM02-M ECAD Model Superior Sensor Technology Absolute Pressure Sensor 15 psia (1 Bar) - Multi Tray, SON-11 Datasheet
ND060A-SM02-M ND060A-SM02-M ECAD Model Superior Sensor Technology Absolute Pressure Sensor 60 psia (4.1 Bar) - Multi Tray, SON-11 Datasheet

50hz to 60hz converter circuit diagram Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2005 - 50hz to 60hz converter circuit diagram

Abstract: No abstract text available
Text: least 87dB. The LTC2485 can also be configured to selectively reject 50Hz or 60Hz to better than 110dB , , this filter is typically designed to reject line frequencies of 50Hz or 60Hz plus their harmonics. The , 50Hz ±2% or 60Hz ±2%, or better than 87dB normal mode rejection from 48Hz to 62.4Hz. The rejection mode , /Reference Common Mode Range 2-Wire I2C Interface Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection , . 50Hz , 60Hz or simultaneous 50Hz / 60Hz line frequency rejection can be selected as well as a 2x speed-up


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PDF LTC2485 24-Bit 50Hz/60Hz 25LSB) 15ppm 10-LeaC2481 LTC2482 LTC2483 LTC2484 24-Bit, 50hz to 60hz converter circuit diagram
2005 - LTCWB

Abstract: transistor fn 1016 LTC2480 LTC2480CDD LTC2480IDD LBJY
Text: Temperature Sensor n GND to V CC Input/Reference Common Mode Range n Programmable 50Hz , 60Hz or , configured to selectively reject 50Hz or 60Hz to better than 110dB. Temperature Sensor (IM) The LTC2480 , applications, this filter is typically designed to reject line frequencies of 50Hz or 60Hz plus their , frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than 87dB normal , rejection frequency different from 50Hz or 60Hz is required or when the converter must be synchronized


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PDF LTC2480 16-Bit 50Hz/60Hz 25LSB) 15ppm 10-Lead LTC2400 LTC2430/LTC2431 20-Bit, SSOP-16/MSOP LTCWB transistor fn 1016 LTC2480 LTC2480CDD LTC2480IDD LBJY
2005 - LTCWB

Abstract: 50hz to 60hz converter circuit diagram LTC2480CDD Notch filter 50Hz 60Hz transistor fn 1016 LTC2480 LTC2480IDD Omega k type thermocouple range MARKING CODE G45
Text: Temperature Sensor n GND to V CC Input/Reference Common Mode Range n Programmable 50Hz , 60Hz or , configured to selectively reject 50Hz or 60Hz to better than 110dB. Temperature Sensor (IM) The LTC2480 , applications, this filter is typically designed to reject line frequencies of 50Hz or 60Hz plus their , frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than 87dB normal , rejection frequency different from 50Hz or 60Hz is required or when the converter must be synchronized


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PDF LTC2480 16-Bit 50Hz/60Hz 25LSB) 15ppm 10-Lead LTC2400 LTC2430/LTC2431 20-Bit, SSOP-16/MSOP LTCWB 50hz to 60hz converter circuit diagram LTC2480CDD Notch filter 50Hz 60Hz transistor fn 1016 LTC2480 LTC2480IDD Omega k type thermocouple range MARKING CODE G45
2002 - kp1835

Abstract: max132 application MAX132 MAX132ENG 50hz to 60hz converter circuit diagram MAX132CNG MAX132CWG MAX132EWG MAX132MRG pt100 interface current source multiplexer
Text: achieved by setting the (input) integration time equal to one 50Hz or 60Hz period. The MAX132 has a 50Hz , require 50Hz / 60Hz rejection, the MAX132 will operate up to 100 conv/sec at reduced accuracy (typically , 9 MAX132 Table 1. Crystal Frequencies and Integrator Capacitors for 50Hz to 60Hz Operation , 50Hz / 60Hz bit sets the integrate period equal to one line cycle for 50Hz / 60Hz environments. When D6 , be taken to get the best results. 14 Although either the 50Hz or 60Hz mode can be used


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PDF 18-Bit MAX132 512mV MAX132 DIN132 DOUT132 kp1835 max132 application MAX132ENG 50hz to 60hz converter circuit diagram MAX132CNG MAX132CWG MAX132EWG MAX132MRG pt100 interface current source multiplexer
2005 - 16f73

Abstract: LTC2481 50hz to 60hz converter circuit diagram LTC2481IDD LTC2481CDD Omega k type thermocouple range c2481 LTC2481H
Text: configured to selectively reject 50Hz or 60Hz to better than 110dB. Temperature Sensor (IM) The LTC2481 , configuration is set to the default value (Input External, GAIN=1, simultaneous 50Hz / 60Hz rejection, and 1x , -Wire I2C Interface Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm (0.25LSB) INL , internal temperature sensor, reject line frequencies ( 50Hz , 60Hz or simultaneous 50Hz / 60Hz ) as well as a , Input Normal Mode Rejection 50Hz / 60Hz ±2% 2.5V VREF VCC, GND IN­ = IN+ VCC (Notes 5, 9


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PDF LTC2481 16-Bit 50Hz/60Hz 25LSB) 15ppm 600nV LTC2482/LTC2484 LTC2482 LTC2480/LTC2484 16f73 LTC2481 50hz to 60hz converter circuit diagram LTC2481IDD LTC2481CDD Omega k type thermocouple range c2481 LTC2481H
1996 - 50hz to 60hz converter circuit diagram

Abstract: max132 application kp1835 pt100 sensor interface WITH ADC Data Logger max132 50hz into 60hz circuit diagram SPRAGUE 715p pt100 interface WITH ADC DIN132 MAX132
Text: achieved by setting the (input) integration time equal to one 50Hz or 60Hz period. The MAX132 has a 50Hz , require 50Hz / 60Hz rejection, the MAX132 will operate up to 100 conv/sec at reduced accuracy (typically , 9 MAX132 Table 1. Crystal Frequencies and Integrator Capacitors for 50Hz to 60Hz Operation , 50Hz / 60Hz bit sets the integrate period equal to one line cycle for 50Hz / 60Hz environments. When D6 , be taken to get the best results. 14 Although either the 50Hz or 60Hz mode can be used


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PDF 18-Bit MAX132 512mV MAX132 DIN132 DOUT132 50hz to 60hz converter circuit diagram max132 application kp1835 pt100 sensor interface WITH ADC Data Logger max132 50hz into 60hz circuit diagram SPRAGUE 715p pt100 interface WITH ADC
2005 - LTC2481H

Abstract: No abstract text available
Text: 60Hz by at least 87dB. The LTC2481 can also be configured to selectively reject 50Hz or 60Hz to , configuration is set to the default value (Input External, GAIN=1, simultaneous 50Hz / 60Hz rejection, and 1x , Input/Reference Common Mode Range 2-Wire I2C Interface Programmable 50Hz , 60Hz or Simultaneous 50Hz , steps, to digitize an external signal or internal temperature sensor, reject line frequencies ( 50Hz , 60Hz or simultaneous 50Hz / 60Hz ) as well as a 2x speed-up mode. The LTC2481 allows a wide common mode


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PDF LTC2481 16-Bit 50Hz/60Hz 25LSB) 15ppm LTC2482/LTC2484 LTC2482 LTC2480/LTC2484 LTC2483 LTC2481H
2005 - LTC2480IDD

Abstract: SCK 035 transistor fn 1016 LTC2480 LTC2480CDD
Text: configured to selectively reject 50Hz or 60Hz to better than 110dB. Temperature Sensor (IM) The LTC2480 , applications, this filter is typically designed to reject line frequencies of 50Hz or 60Hz plus their , frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than 87dB normal , rejection frequency different from 50Hz or 60Hz is required or when the converter must be synchronized , Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm (0.25LSB) INL, No Missing Codes 1ppm


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PDF LTC2480 16-Bit 50Hz/60Hz 25LSB) 15ppm 10-LeaPin-Compatible LTC2400 LTC2430/LTC2431 20-Bit, SSOP-16/MSOP LTC2480IDD SCK 035 transistor fn 1016 LTC2480 LTC2480CDD
2005 - Not Available

Abstract: No abstract text available
Text: at least 87dB. The LTC2485 can also be configured to selectively reject 50Hz or 60Hz to better , mode rejection at the line frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz  , writing to the on-chip configuration register (the default mode at powerup is simultaneous 50Hz / 60Hz , typically designed to reject line frequencies of 50Hz or 60Hz plus their harmonics. The filter rejection , Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm (0.25LSB) INL, No Missing Codes 1ppm


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PDF LTC2485 24-Bit 50Hz/60Hz 25LSB) 15ppm LTC2482/LTC2484 LTC2481 16-Bit 600nV LTC2483/LTC2485
2005 - LTC2481

Abstract: LTC2481CDD LTC2481IDD PIC16F7 LTC2481IDDTRPBF LTC2481H
Text: . The LTC2481 can also be configured to selectively reject 50Hz or 60Hz to better than 110dB , is set to the default value (Input External, GAIN=1, simultaneous 50Hz / 60Hz rejection, and 1x speed , Mode Range 2-Wire I2C Interface Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode , external signal or internal temperature sensor, reject line frequencies ( 50Hz , 60Hz or simultaneous 50Hz / 60Hz ) as well as a 2x speed-up mode. The LTC2481 allows a wide common mode input range (0V to VCC


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PDF LTC2481 16-Bit 50Hz/60Hz 25LSB) 15ppm 600nV LTC2482/LTC2484 LTC2482 LTC2480/LTC2484 LTC2481 LTC2481CDD LTC2481IDD PIC16F7 LTC2481IDDTRPBF LTC2481H
2004 - 50hz to 60hz converter circuit diagram

Abstract: circuit diagram of ADC connection to pic precision rectifier 455KHz IF adc pic circuit diagram design ideas 74HC08 LT1077 undersampling LTC1595
Text: pin-selectable 50Hz or 60Hz rejection, the LTC2413 simultaneously rejects both frequencies to 140dB common mode , ) is unknown and a jumper or switch to select either 50Hz or 60Hz rejection is not practical. 0 , . The circuit shown in Figure 1 is a simple and compact implementation of a topology referred to as an , Operation The circuit in Figure 1 passes the serial output from the LTC1417 directly to the LTC1658 , diagram of sample-rate conversion scheme to an instrumentation amplifier followed by a sample-and-hold


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PDF 50Hz/60Hz LTC2410, 800nVRMS LTC2413, 10-pin LTC2411. 50hz to 60hz converter circuit diagram circuit diagram of ADC connection to pic precision rectifier 455KHz IF adc pic circuit diagram design ideas 74HC08 LT1077 undersampling LTC1595
50hz to 60hz converter circuit diagram

Abstract: No abstract text available
Text: / 60Hz 0.94 115Vin / 400Hz 0.95 230Vin / 50Hz Efficiency at Full Load 28Vout, 115Vin / 60Hz 28Vout, 115Vin / 400Hz 28Vout, 230Vin / 50Hz 5Vout, 115Vin / 60Hz 5Vout, 115Vin / 400Hz 5Vout, 230Vin / 50Hz , 138 Vac, 60Hz , Full Load Vin = 115 Vac/ 60Hz , 20% to 80% of Full Load 380V Bus Voltage 380V , . Intermediate Bus Low Line to High Line 163 V281 Vac, 50Hz , Full Load 380V Bus Voltage Time: 100 mS/div , OUTPUT MODULE HOW TO ORDER MW FEATURES 400 - S M / 28 - I Series I - M3 inserts


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PDF MW400S 115Vin 400Hz 230Vin 28Vout, 50hz to 60hz converter circuit diagram
2005 - MARKING LBSS

Abstract: LTC248
Text: configured to selectively reject 50Hz or 60Hz to better than 110dB. Speed Mode (SPD) The LTC2484 continuously , 1 0 1 0 1 0 1 0 1 harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than 87dB , rejection frequency different from 50Hz or 60Hz is required or when the converter must be synchronized with , reject line frequencies. 50Hz , 60Hz or simultaneous 50Hz / 60Hz line frequency rejection can be selected as , Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm INL, No Missing Codes 1ppm Offset and


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PDF LTC2484 24-Bit 24-bit 16-Bit, 50Hz/60Hz 800nVRMS LTC2410 LTC2400 MARKING LBSS LTC248
Not Available

Abstract: No abstract text available
Text: the resistance of the wire, printed circuit board runs or connectors used to connect a converter to , referenced with respect to the converter -Vin pin. When the TTL circuit is pulled to less than 0.8 V ("logic , / 400Hz 0.95 230Vin / 50Hz Efficiency at Full Load 28Vout, 115Vin / 60Hz 28Vout, 115Vin / 400Hz 28Vout, 230Vin / 50Hz 5Vout, 115Vin / 60Hz 5Vout, 115Vin / 400Hz 5Vout, 230Vin / 50Hz No Load Input , 138 Vac, 60Hz , Full Load Vin = 115 Vac/ 60Hz , 20% to 80% of Full Load 380V Bus Voltage 380V


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PDF MW400S
2005 - LTC2481H

Abstract: No abstract text available
Text: configured to selectively reject 50Hz or 60Hz to better than 110dB. Temperature Sensor (IM) The LTC2481 , configuration is set to the default value (Input External, GAIN=1, simultaneous 50Hz / 60Hz rejection, and 1x , 256 n GND to V CC Input/Reference Common Mode Range n 2-Wire I2C Interface n Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode n 2ppm (0.25LSB) INL, No Missing Codes n 1ppm Offset , temperature sensor, reject line frequencies ( 50Hz , 60Hz or simultaneous 50Hz / 60Hz ) as well as a 2x speed-up


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PDF 50Hz/60Hz 25LSB) 15ppm 10-Lead LTC2482/LTC2484 LTC2482 16-Bit LTC2480/LTC2484 LTC2483 LTC2481H
2005 - LTC2485

Abstract: PIC16F7 LTC240 thermocouple passive sensor LTC2485CDD LTC2485IDD Omega k type thermocouple range 0x800 252F 24-BI
Text: simultaneously rejects 50Hz and 60Hz by at least 87dB. The LTC2485 can also be configured to selectively reject 50Hz or 60Hz to better than 110dB. 0 1 0 0 External Input, 60Hz Rejection , line frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than 87dB , different from 50Hz or 60Hz is required or when the converter must be synchronized with an outside source , Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm (0.25LSB) INL, No Missing Codes 1ppm


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PDF LTC2485 24-Bit 50Hz/60Hz 25LSB) 15ppm LTC2482/LTC2484 LTC2481 16-Bit 600nV LTC2483/LTC2485 LTC2485 PIC16F7 LTC240 thermocouple passive sensor LTC2485CDD LTC2485IDD Omega k type thermocouple range 0x800 252F 24-BI
2005 - LTC2484

Abstract: LTC2484CDD LTC2484IDD
Text: Integrated Temperature Sensor GND to VCC Input/Reference Common Mode Range Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm INL, No Missing Codes 1ppm Offset and 15ppm Total Unadjusted , 60Hz by at least 87dB. The LTC2484 can also be configured to selectively reject 50Hz or 60Hz to , to reject line frequencies of 50Hz or 60Hz plus their harmonics. The filter rejection performance is , 50Hz ±2% or 60Hz ±2%, or better than 87dB normal mode rejection from 48Hz to 62.4Hz. The rejection


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PDF LTC2484 24-Bit 600nV 50Hz/60Hz 15ppm 10-Lead LTC2400 LTC2430/LTC2431 20-Bit, SSOP-16/MSOP LTC2484 LTC2484CDD LTC2484IDD
2009 - 50hz to 60hz converter circuit diagram

Abstract: MIL-STD-1299 3 phase bridge rectifier 400HZ 60hz to 50hz converter circuit diagram DDME-24H7S-J martek power MIL-STD-129 MILSTD704A 115 vac SINGLE phase bridge rectifier dc-dc converter 380V
Text: 230Vin / 50Hz Efficiency at Full Load 28Vout, 115Vin / 60Hz 28Vout, 115Vin / 400Hz 28Vout, 230Vin / 50Hz 5Vout, 115Vin / 60Hz 5Vout, 115Vin / 400Hz 5Vout, 230Vin / 50Hz No Load Input Current No Load Input , CHARACTERISTICS 1. Power Factor vs. Input Voltage 1.0 50 Hz .98 60 Hz 0.95 1.00 60Hz 115Vac 50Hz 230Vac 2 , Vin = 115 Vac/ 60Hz , 20% to 80% of Full Load Time: 100S/div 50 V/div 50 V/div 380V Bus Voltage , output Low Line to High Line 163 V281 Vac, 50Hz , Full Load 200 V/div 10 A/div 11. Inrush Current vs


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PDF MW400S 115Vin 400Hz 230Vin 28Vout, 50hz to 60hz converter circuit diagram MIL-STD-1299 3 phase bridge rectifier 400HZ 60hz to 50hz converter circuit diagram DDME-24H7S-J martek power MIL-STD-129 MILSTD704A 115 vac SINGLE phase bridge rectifier dc-dc converter 380V
Not Available

Abstract: No abstract text available
Text: 115Vin / 60Hz 115Vin / 400Hz 230Vin / 50Hz Efficiency at Full Load 28Vout, 115Vin / 60Hz 28Vout, 115Vin / 400Hz 28Vout, 230Vin / 50Hz 5Vout, 115Vin / 60Hz 5Vout, 115Vin / 400Hz 5Vout, 230Vin / 50Hz , (5Vout) 380V Bus Voltage 5V /div Vin = 115 Vac/ 60Hz , 20% to 80% of Full Load Output (5V , Line to High Line 160 V- 265 Vac, 50Hz , FL Input Current Output (5V) 12. Turn-on Input Voltage , V/div Vin = 115 Vac/ 60Hz , Full Load Output OK Output OK 100 V/div Vin = 230 Vac/ 50Hz


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PDF MW75S 115Vin 400Hz 230Vin 28Vout,
XGA60

Abstract: toshiba lcd BEE0043A TB1305FG TB1308FG 33Khz UXGA60
Text: q HD/VD q Line HD/VD outputs when no-input q Pre-filter for AD converter (4.2 to 31MHz , for real time system recognition for AD converter to adopt various applications BEE0043A , Pre-filter characteristics H Format 525/60i 15kHz 60Hz 625/50i 31kHz 50Hz 525/60p 31kHz 60Hz 625/50p 31kHz 50Hz 750/60p 45kHz 60Hz 750/50p 37kHz 50Hz 1125/60i 33kHz 60Hz 1125/50i 28kHz 50Hz 1125/60p 64kHz 60Hz 1125/50p


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PDF TB1305FG/ TB1308FG­ TB1305FG TB1308FG XGA60 toshiba lcd BEE0043A 33Khz UXGA60
2005 - LTC2485

Abstract: LTC2485CDD LTC2485IDD frequency measurement using PIC16F73 04-2P
Text: at least 87dB. The LTC2485 can also be configured to selectively reject 50Hz or 60Hz to better than , line frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than 87dB , different from 50Hz or 60Hz is required or when the converter must be synchronized with an outside source , Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm (0.25LSB) INL, No Missing Codes 1ppm , signal or internal temperature sensor and reject line frequencies. 50Hz , 60Hz or simultaneous 50Hz / 60Hz


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PDF LTC2485 24-Bit 50Hz/60Hz 25LSB) 15ppm LTC2482/LTC2484 LTC2481 16-Bit 600nV LTC2483/LTC2485 LTC2485 LTC2485CDD LTC2485IDD frequency measurement using PIC16F73 04-2P
2005 - LTC2484CDD

Abstract: 2484fc PROGRAM PIC16F73 LTC2484 LTC2484IDD Omega k type thermocouple range marking code lbss strain gauge sensor interface
Text: 60Hz by at least 87dB. The LTC2484 can also be configured to selectively reject 50Hz or 60Hz to , to reject line frequencies of 50Hz or 60Hz plus their harmonics. The filter rejection performance is , 50Hz ±2% or 60Hz ±2%, or better than 87dB normal mode rejection from 48Hz to 62.4Hz. The rejection , Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm INL, No Missing Codes 1ppm Offset and , reject line frequencies. 50Hz , 60Hz or simultaneous 50Hz / 60Hz line frequency rejection can be selected


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PDF LTC2484 24-Bit 24-bit 600nVRMS8ppm LTC2400 LTC2430/LTC2431 20-Bit, SSOP-16/MSOP LTC2435/LTC2435-1 LTC2484CDD 2484fc PROGRAM PIC16F73 LTC2484 LTC2484IDD Omega k type thermocouple range marking code lbss strain gauge sensor interface
2005 - LTC2481

Abstract: LTC2481CDD LTC2481IDD Optrex
Text: configured to selectively reject 50Hz or 60Hz to better than 110dB. Temperature Sensor (IM) The LTC2481 , configuration is set to the default value (Input External, GAIN=1, simultaneous 50Hz / 60Hz rejection, and 1x , -Wire I2C Interface Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm (0.25LSB) INL , internal temperature sensor, reject line frequencies ( 50Hz , 60Hz or simultaneous 50Hz / 60Hz ) as well as a , (Notes 5, 8) 110 120 dB Input Normal Mode Rejection 50Hz / 60Hz ±2% 2.5V VREF VCC


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PDF LTC2481 16-Bit 50Hz/60Hz 25LSB) 15ppm 600nV LTC2482/LTC2484 LTC2482 LTC2480/LTC2484 LTC2481 LTC2481CDD LTC2481IDD Optrex
2005 - Not Available

Abstract: No abstract text available
Text: also be configured to selectively reject 50Hz or 60Hz to better than 110dB. Speed Mode (SPD) The , frequency applications, this filter is typically designed to reject line frequencies of 50Hz or 60Hz plus , line frequency and all its harmonics (up to the 255th) for 50Hz ±2% or 60Hz ±2%, or better than , fundamental rejection frequency different from 50Hz or 60Hz is required or when the converter must be , 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode 2ppm INL, No Missing Codes 1ppm Offset and 15ppm


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PDF LTC2484 24-Bit 600nVRMS 50Hz/60Hz 15ppm 10-Lead DFN00 LTC2430/LTC2431 20-Bit, LTC2435/LTC2435-1
2005 - Not Available

Abstract: No abstract text available
Text: oscillator. The LTC2484 can be configured to reject line frequencies. 50Hz , 60Hz or simultaneous 50Hz / 60Hz , also be configured to selectively reject 50Hz or 60Hz to better than 110dB. Speed Mode (SPD) The , frequencies of 50Hz or 60Hz plus their harmonics. The filter rejection performance is directly related to , Common Mode Range n Programmable 50Hz , 60Hz or Simultaneous 50Hz / 60Hz Rejection Mode n 2ppm INL , Normal Mode Rejection 50Hz / 60Hz ±2% 2.5V ≤ VREF ≤ VCC, GND ≤ IN – = IN+ ≤ VCC (Notes 5, 9


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PDF LTC2484 24-Bit 600nV 50Hz/60Hz 15ppm 10-Lead LTC2435/LTC2435-1 20-Bit, SSOP-16/MSOP
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