GB/T 5441.3-1985
Test methods for communication cable--Capacitance unbalance test (English Version)
- Standard No.
- GB/T 5441.3-1985
- Language
- Chinese, Available in English version
- Release Date
- 1985
- Published By
- General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
- Status
- 2016-11
- Replace By
- GB/T 5441-2016
- Latest
- GB/T 5441-2016
- Scope
- This test method is applicable to the measurement of capacitive coupling and capacitive unbalance to ground of symmetrical wire groups in manufactured length symmetrical cables and coaxial composite cables using capacitive coupling bridges. The test frequency is 800~1000Hz.
GB/T 5441.3-1985 history
- 2016 GB/T 5441-2016 Test methods for communication cable
- 1985 GB/T 5441.3-1985 Test methods for communication cable--Capacitance unbalance test
GB/T 5441.3-1985 Test methods for communication cable--Capacitance unbalance test was changed to GB/T 5441-2016 Test methods for communication cable.
GB/T 5441.3-1985 -All Parts
GB/T 5441.1-1985 Test methods for communication cable--General
GB/T 5441.10-1985 Test methods for communication cable--Measurement of actual length of coaxial pair--Sine wave method
GB/T 5441.2-1985 Test methods for communication cable--Capacitance test--Bridge method
GB/T 5441.3-1985 Test methods for communication cable--Capacitance unbalance test
GB/T 5441.4-1985 Test methods for communication cable--Impedance and impedance irregularities test of coaxial pair--Pulse method
GB/T 5441.5-1985 Test methods for communication cable--Characteristic impedance test of coaxial pair--Resonance method
GB/T 5441.6-1985 Test methods for communication cable--Crosstalk attenuation test--Comparison method
GB/T 5441.7-1985 Test methods for communication cable--Attenuation coefficient test--Open and short circuit method
GB/T 5441.8-1985 Test methods for communication cable--Test for frequency characteristic of attenuation coefficient of coaxial pair--Comparison method
GB/T 5441.9-1985 Test methods for communication cable--Test for ideal screening factor measured at power frequency