Analog Devices MT-030 Resolver-to-Digital Converter Service Manual

The Synchro Resolver Guide introduces the operation of synchro resolvers and selsyns, and provides detailed information on how to convert synchro resolver signals to dc voltage or frequency


Analog Devices MT-030 Resolver-to-Digital Converter Service Manual - cover page
Brand
Analog Devices
Category
Other device
Document type
Service Manual
Language
Chinese
Pages
5
File format
PDF
File size
238 KB
Published
13 March, 2012
Updated
30 September, 2023
MD5 checksum
BE328076E1C6BF9132C90F54EFC822D7

About this manual

The MT-030 resolver‑to‑digital converter (RDC) provides precise angle and rotation information for applications requiring small size, long‑term reliability and high accuracy. It explains the differences between self‑aligning resolvers and traditional resolvers, and describes how the RDC processes signals to produce digital angle outputs.

The document details the signal processing chain, error amplification, detection, and tracking ADC implementation, and includes reference information for the AD2S90 family of integrated RDCs. It also lists typical electrical specifications and performance characteristics. This manual is written in Chinese.

What's inside

  • Introduction
  • Self‑Aligning Resolver and Resolver
  • Resolver‑to‑Digital Converter Block Diagram
  • Signal Processing
  • Error Amplifier and Detector
  • Tracking ADC
  • References

Specifications

Input voltage range2 V to 40 V rms
Operating frequency range400 Hz to 10 kHz
Angle accuracy5 to 0.5 arc‑minutes

Frequently asked questions

What is the rated input voltage range for the MT-030 resolver?

The resolver is rated for an input voltage of 2 V to 40 V rms.

What frequency range does the MT-030 operate over?

It operates over a frequency range of 400 Hz to 10 kHz.

How accurate is the angle measurement of the MT-030?

The angle accuracy is specified as 5 to 0.5 arc‑minutes.

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