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MS5195T - Low Noise Low Power Dissipation ADC

Download the MS5195T datasheet PDF (MS5194T included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for low noise low power dissipation adc.

Description

The MS5194T/MS5195T is a 24-bit/16-bit ADC featured by low power dissipation, low noise, six differential input channels and it is suitable for high-precision measurement application.

Features

  • RMS Noise: MS5194T: 40nV@16.7Hz.
  • Power Dissipation: 400μA(typ).
  • Integrated Low Noise, Programmable Gain Instrumentation Amplifier.
  • Integrated Voltage Reference with Low Temperature Drift : 5ppm/°C.
  • Update Rate: 4.17Hz to 470Hz.
  • Integrated 50Hz/60Hz Rejection Filter.
  • Integrated Programmable Current Source.
  • Integrated Internal Clock Oscillator.
  • Integrated Internal Burnout Current, Excitation Current.
  • Integrated Bias Voltage Generator.
  • Power S.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (MS5194T-Ruimeng.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number MS5195T
Manufacturer Ruimeng
File Size 555.07 KB
Description Low Noise Low Power Dissipation ADC
Datasheet download datasheet MS5195T Datasheet
Other Datasheets by Ruimeng

Full PDF Text Transcription

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MS5194T/MS5195T Low Noise, Low Power Dissipation, 24/16-Bit ∑-Δ ADC PRODUCT DESCRIPTION The MS5194T/MS5195T is a 24-bit/16-bit ADC featured by low power dissipation, low noise, six differential input channels and it is suitable for high-precision measurement application. The MS5194T/MS5195T integrates low noise input buffer, low noise instrumentation amplifier, internal bandgap reference with high precision, low noise and low drift, and it also could adopt external differential reference voltage. In addition, the MS5194T/MS5195T also integrates programmable excitation current source, burnout current source and bias voltage generator. The bias voltage generator could set the channel common-mode voltage to 0.5×AVDD. It adopts external or internal clock.
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