YD/T 1538-2006
Technical Requirements and Testing Methods for Acoustics Performance of Digital Mobile Terminal (English Version)

Standard No.
YD/T 1538-2006
Language
Chinese, Available in English version
Release Date
2006
Published By
Professional Standard - Post and Telecommunication
Status
 2011-06
Replace By
YD/T 1538-2011
Latest
YD/T 1538-2021
Scope
This standard specifies the transmit loudness rating (SLR), receive loudness rating (RLR), idle channel noise, transmit sensitivity/frequency characteristics, receive sensitivity/frequency characteristics, and sidetone masking evaluation values related to the audio performance of digital mobile terminals ( STMR), listener sidetone rating (LSTR), stability loss, acoustic echo control, transmit distortion, receive distortion, out-of-band signals, ambient noise suppression (ANR) and other technical requirements and test methods. This standard applies to various digital terminal equipment used to access public digital mobile networks, including 900/1800MHz TDMA digital cellular mobile communication network terminals, 900/1800MHz TDMA digital cellular mobile communication network General Packet Radio Service (GPRS) terminals, and 800MHz cdma2000 1x digital cellular mobile communication network terminal. 2GHz cdma2000 digital cellular mobile communication network terminal, 2GHz TC-SCDMA digital cellular mobile communication network terminal, 2GHz WCDMA digital cellular mobile communication network terminal. Other digital mobile terminals can also be used with reference.

YD/T 1538-2006 history

  • 2021 YD/T 1538-2021 General test method for audio performance of digital mobile terminals
  • 2014 YD/T 1538-2014 Technical requirements and test methods for acoustics performance of digital mobile terminal
  • 1970 YD/T 1538-2011 General test method for audio performance of digital mobile terminals
  • 2006 YD/T 1538-2006 Technical Requirements and Testing Methods for Acoustics Performance of Digital Mobile Terminal
Technical Requirements and Testing Methods for Acoustics Performance of Digital Mobile Terminal



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