ADC1X1S626 Search Results

LMP91000

Abstract: LMP91000SDEVAL SPIO-GPSI16 LMP9100 potentiostat gas sensor GPSI16 TSW-103-07-G-D ADC1x1S626 HEADER 6X2
Contextual Info: LMP91000 Evaluation Board User Guide 551600558-001 REV A The LMP91000 evalboard (LMP91000SDEVAL) can be used as stand-alone or as part of SensorAFE eval platform (refer to SensorAFE platform http://www.national.com/sensorAFE for software and required 2 hardware). It allows configuring the LMP91000 through the I C interface and testing the device with real gas

circuit diagram 4-20ma RECEIVER

Abstract: 4-20ma ADC INPUT 4-20ma receiver precision 4-20ma current source 4-20mA- 0-5 volt converter National Semiconductor AFE Sensor 4-20mA to SPI Converter LMP7312 JESD22 SOIC-14
Contextual Info: LMP7312 Precision SPI-Programmable AFE with Differential/SingleEnded Input/Output General Description Features The LMP7312 is a digitally programmable variable gain amplifier/attenuator. Its wide input voltage range and superior precision make it a prime choice for applications requiring

Contextual Info: LMP7312 www.ti.com SNOSB32A – MARCH 2010 – REVISED JUNE 2010 LMP7312 Precision SPI-Programmable AFE with Differential/Single-Ended Input/Output Check for Samples: LMP7312 FEATURES DESCRIPTION 1 • • • 2 • • • • • • • • • • + -

Contextual Info: LMP7312 www.ti.com SNOSB32B – MARCH 2010 – REVISED MARCH 2013 LMP7312 Precision SPI-Programmable AFE with Differential/Single-Ended Input/Output Check for Samples: LMP7312 FEATURES DESCRIPTION 1 • • • 2 • • • • • • • • • • + -

RC Filter

Abstract: ADC122S101 ADC161S626 VLMP7732 settling time WHAT IS ADC CONVERSION
Contextual Info: Settling Time Challenges and Improvement Techniques in Precision Signal Path Conversion Amy Le Applications Engineer High Precision Signal Path Objectives 1. Describe the Settling Time Challenge 2. Define Settling Time, Error Band, & Acquisition Time 3. Provide Techniques for Overcoming the Settling

circuit diagram 4-20ma RECEIVER

Abstract: 4-20mA to SPI Converter ADC1x1S626 4-20ma spi
Contextual Info: LMP7312 LMP7312 Precision SPI-Programmable AFE with Differential/Single-Ended Input/Output Literature Number: SNOSB32A LMP7312 Precision SPI-Programmable AFE with Differential/SingleEnded Input/Output General Description Features The LMP7312 is a digitally programmable variable gain amplifier/attenuator. Its wide input voltage range and superior

Contextual Info: LMP7312 www.ti.com SNOSB32B – MARCH 2010 – REVISED MARCH 2013 LMP7312 Precision SPI-Programmable AFE with Differential/Single-Ended Input/Output Check for Samples: LMP7312 FEATURES DESCRIPTION 1 • • • 2 • • • • • • • • • • + -

Contextual Info: LMP7312 www.ti.com SNOSB32B – MARCH 2010 – REVISED MARCH 2013 LMP7312 Precision SPI-Programmable AFE with Differential/Single-Ended Input/Output Check for Samples: LMP7312 FEATURES DESCRIPTION 1 • • • 2 • • • • • • • • • • + -

4-20mA to SPI Converter

Abstract: LMP7312 circuit diagram 4-20ma RECEIVER 4-20mA- 0-5 volt converter voltage 0-5v to 4-20mA loop converter 4-20ma ADC INPUT 4-20mA ,0-10V to SPI Converter 4-20ma interface WITH ADC JESD22 SOIC-14
Contextual Info: LMP7312 Precision SPI-Programmable AFE with Differential/SingleEnded Input/Output General Description Features The LMP7312 is a digitally programmable variable gain amplifier/attenuator. Its wide input voltage range and superior precision make it a prime choice for applications requiring

LMP9100

Abstract: LMP91200EVAL ADC141S628
Contextual Info: Rev 0.7 The LMP91200 evalboard LMP91200EVAL can be used as stand-alone or as part of SensorAFE eval platform (refer to SensorAFE platform for software and required hardware). It allows configuring the LMP91200 through a 3-wire SPI interface and