The 16096A is a fixture from Agilent. A fixture is a kind of electronic test equipment that continuously runs tests on a piece of equipment. Fixtures test electronic components, circuits, chips, and software. Engineers use fixtures to hold the equipment under test (EUT) in place and run tests using controlled electronic signals.
Additional Features:
Includes cable approximately 0.6 m in length
Frequency range is DC to 15 MHz
DC Bias is -35 V to +35V
Capacitance: ≤0.01pF
Inductance: ≤ (100 + 0.5 F²) nH-where F is measuring frequency in MHz
Resistance: ≤ (50 + 5 F²) Mω-where F is measuring frequency in MHz
Error in amplitude/phase measurement (after cable compensation)
B-A error: ± 0.1 dB
Phase error: ± 0.1 degree
A,B error: ± (0.1 + 0.06 F²) dB-where F is measuring frequency in MHz
Input Impedance for channel A and B: 1 Mω shunted by less than 15 pF
The Agilent 16096A is a Component Test Fixture which allows amplitude-phase measurements and input measurement on two-port devices.
The 16096A is a fixture from Agilent. A fixture is a kind of electronic test equipment that continuously runs tests on a piece of equipment. Fixtures test electronic components, circuits, chips, and software. Engineers use fixtures to hold the equipment under test (EUT) in place and run tests using controlled electronic signals.
Additional Features:
- Includes cable approximately 0.6 m in length
- Frequency range is DC to 15 MHz
- DC Bias is -35 V to +35V
- Capacitance: ≤0.01pF
- Inductance: ≤ (100 + 0.5 F²) nH-where F is measuring frequency in MHz
- Resistance: ≤ (50 + 5 F²) MΩ-where F is measuring frequency in MHz
Error in amplitude/phase measurement (after cable compensation)
- B-A error: ± 0.1 dB
- Phase error: ± 0.1 degree
- A,B error: ± (0.1 + 0.06 F²) dB-where F is measuring frequency in MHz
- Input Impedance for channel A and B: 1 MΩ shunted by less than 15 pF
The Agilent 16096A is a Component Test Fixture which allows amplitude-phase measurements and input measurement on two-port devices.
