The 3260A is a used analyzer from Wayne Kerr. Analyzers are key tools to test electronic equipment in the engineering, medical, automotive, and technological industries. Use analyzers for monitoring the performances of many different types of electronic devices. You may need analyzers for the measurement of components such as audio spectrums, voltages and currents, signals, and frequencies.
Additional Features:
Measurement functions Z, L, C, Rac, Rdc, Q, D
Turns Ratio
Primary and secondary Leakage Inductance
Interwinding Capacitance
Resonant Frequency
Frequency ranges 20 Hz to 500 kHz
Basic accuracy 0.1%
Mode Analysis (graphing)
Telecom
Multi Frequency
Sequence
DC bias current 1 mA to 1 A (internal)
Up to 125 A (using five 3265B DC Bias Units)
Interface GPIB
Measurement speed Up to 20 measurements/sec
The Wayne Kerr 3260A Precision Magnetics Analyzer can plot any of the measurement functions, such as inductance (L) or impedance (Z), (including secondary term) against frequency, AC drive level or DC bias current. Frequency sweeps within the range 20 Hz to 500 kHz can be selected. There is a choice of either linear or logarithmic frequency displays. 3260A is especially suitable for measuring parameters on telecom transformers. The selected measurement parameter and its secondary value are presented graphically. AC drive levels can be set between 1 mV and 10 V. DC bias current can be set from 1 mA to 1 A internally. Using external 3265B 25 A DC Bias Units bias currents can be set to a maximum of 125 A. Measure Insertion Loss and Return Loss on telecom transformers With the dramatic growth of PCs connected to the telephone system for Internet access has come the requirement to measure Insertion Loss (IL) and Return Loss (RL) of line matching transformers. The 3260A Precision Magnetics Analyzer not only measures IL and RL has this capability. But the instrument also allows the user to enter the values for terminating resistance or impedance, if complex, and to select a damped network or blocking capacitor if required.
The 3260A is a used analyzer from Wayne Kerr. Analyzers are key tools to test electronic equipment in the engineering, medical, automotive, and technological industries. Use analyzers for monitoring the performances of many different types of electronic devices. You may need analyzers for the measurement of components such as audio spectrums, voltages and currents, signals, and frequencies.
Additional Features:
- Measurement functions Z, L, C, Rac, Rdc, Q, D
- Turns Ratio
- Primary and secondary Leakage Inductance
- Interwinding Capacitance
- Resonant Frequency
- Frequency ranges 20 Hz to 500 kHz
- Basic accuracy 0.1%
- Mode Analysis (graphing)
- Telecom
- Multi Frequency
- Sequence
- DC bias current 1 mA to 1 A (internal)
- Up to 125 A (using five 3265B DC Bias Units)
- Interface GPIB
- Measurement speed Up to 20 measurements/sec
The Wayne Kerr 3260A Precision Magnetics Analyzer can plot any of the measurement functions, such as inductance (L) or impedance (Z), (including secondary term) against frequency, AC drive level or DC bias current.
Frequency sweeps within the range 20 Hz to 500 kHz can be selected. There is a choice of either linear or logarithmic frequency displays.
3260A is especially suitable for measuring parameters on telecom transformers.
The selected measurement parameter and its secondary value are presented graphically. AC drive levels can be set between 1 mV and 10 V. DC bias current can be set from 1 mA to 1 A internally. Using external 3265B 25 A DC Bias Units bias currents can be set to a maximum of 125 A.
Measure Insertion Loss and Return Loss on telecom transformers
With the dramatic growth of PCs connected to the telephone system for Internet access has come the requirement to measure Insertion Loss (IL) and Return Loss (RL) of line matching transformers.
The 3260A Precision Magnetics Analyzer not only measures IL and RL has this capability. But the instrument also allows the user to enter the values for terminating resistance or impedance, if complex, and to select a damped network or blocking capacitor if required.
