ECRI Microelectronics

Digital to Synchro Converters or Digital to Resolver Converters module(DRC/SRC)

Digital to Synchro Converters or Digital to Resolver Converters module(DRC/SRC)

ECRIM provides a complete solution for Digital to Synchro converters or Digital to Resolver Converters(DSC/DRC).

Our Digital to Synchro converters or digital to Resolver Converters(DSC/DRC) series products are the converter that the input binary signal to that of synchro or resolver. The input signal is compatible with DTL/TTL/CMOS level, and the output is 3-wire synchro or 4-wire resolver signal. This series of product continuously tracks the input 2-bit/14-bit/16-bit binary data, and outputs high-precision synchro/resolver signal after conversion. The product is equipped with power amplification circuit inside it, and its output power can reach 5W.

Features of Mil grade Digital to Synchro converters or Digital to Resolver Converters(DSC/DRC):

  • The compatibility with DTL/TTL/CMOS electrical level
  • The resolution of 12bit,14bit,16bit
  • Short circuit and overload protection
  • Metal case, well heat dissipation
  • Output power is 1.5W-5.0W

Application of Mil grade Digital to Synchro converters or Digital to Resolver Converters(DSC/DRC):

  • Military servo control system
  • Antenna System
  • Radar measurement system
  • Navigation system
  • Gun control system
  • Machine control


Taggg Resolution power accuracy
MDSC/MDRC29 Series Digital to Synchro Converters or Digital to Resolver Converters 12,14 or 16 bits ±15V ±8 arc min(12 bits),±6 arc min(14 bits),±6 arc min(16 bits)
MDSC/MDRC28 Series Digital to Synchro Converters or Digital to Resolver Converters 12, 14 or 16 bits ±15V ±8 arc min(12 bits), ±4 arc min(14 bits), ±4 arc min(16 bits)
MDSC/MDRC38 Series Digital to Synchro Converters or Digital to Resolver Converters 12, 14 or 16 bits ±15V ±8.5 arc min(12 bits),±4 arc min(14 bits),±4 arc min(16 bits)
HDRC14-16 Series Digital to Synchro Converters or Digital to Resolver Converters 14 or 16 bits +5v, ±15V ±5.3 arc min,±2 arc min