ETS-93686-8 Current Probe
Key Features:
- For Standards Testing and Pre-compliance Applications
Measures RF Current without Direct Connection
Electrical Specifications:
- Frequency Minimum: 10 kHz
- Frequency Maximum: 200 MHz
- Load Impedance: 50 +/- j0
- Maximum Primary Current Amps:
- 400 Hz: 300
- DC-60 Hz: 300
- Pulse: 62
- RF(CW) : 62
- Transfer Impedance: 8 Ω
Physical Specifications
- Outside Diameter: 13.97 cm
- Window Diameter: 6.65 cm
- Weight: 2.27 kg
- Width: 5.38 cm
Stock
Call or email for delivery time
ETS-Lindgren's Model 93686-8 Current Probes have a large 6.66 cm window diameter, making it very versatile. The 93686 series current probes are designed to perform current conducted measurement in the frequency range 10 kHz to 250 MHz, including applications requiring the measurement of low duty cycle, high level pulsed currents. The 93686 series may be seen as a large window diameter substitute for the 91550-1 series, (appropriate frequency range and sensitivity must be selected from the available models). The larger diameter of this family is extremely useful when making common mode measurements as per MIL-STD-1399, Section 390, or for diagnostic purposes. This common made test requires both EUT feeder and return to be routed through the probe window.
Description
Additional Informations
Reviews
Query on the Item
Do you have any questions on this item?
Description
Reviews
Query on the Item
ETS-Lindgren's Model 93686-8 Current Probes have a large 6.66 cm window diameter, making it very versatile. The 93686 series current probes are designed to perform current conducted measurement in the frequency range 10 kHz to 250 MHz, including applications requiring the measurement of low duty cycle, high level pulsed currents. The 93686 series may be seen as a large window diameter substitute for the 91550-1 series, (appropriate frequency range and sensitivity must be selected from the available models). The larger diameter of this family is extremely useful when making common mode measurements as per MIL-STD-1399, Section 390, or for diagnostic purposes. This common made test requires both EUT feeder and return to be routed through the probe window.
Do you have any questions on this item?