Uni-T UT-P30 Differential probe 100 MHz
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Highlights & Details
UNI-T Differential probe Active Probe 10:1.100:1 100 MHz 800 V
- Bandwidth 100 MHz
Technical specifications
- Differential probe (10:1/100:1)
- Differential voltage ±800 Vpp
- Product type
Differential probe
- Bandwidth
100 MHz
Manufacturer's standards (no certificate)
- UKCA
not relevant
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3415532 Uni-T UT-P30 Differential probe 100 MHz
Description
The differential probe UT-P30 offers a safe possibility for the measurement of differential voltages for all oscilloscope models It can be high
Convert differential voltages (≤800Vp-p) to low voltages (≤7V) and display on the oscilloscope. Their bandwidth is up to 100 MHz and is suitable for Ideal performance tests, development and maintenance.
The UT-P30 is designed for use with oscilloscopes with an impedance of 1 MΩ. In combination with a load of 50 Ω, the damping doubles.
The UT-P30 is recommended to be used in conjunction with our manufactured PL-10 to extend the measurement possibilities with the meter and
More accurate measurements. (The accuracy of the oscilloscope is 1%, while the DMM is less than 1%.)
This text is machine translated.
Convert differential voltages (≤800Vp-p) to low voltages (≤7V) and display on the oscilloscope. Their bandwidth is up to 100 MHz and is suitable for Ideal performance tests, development and maintenance.
The UT-P30 is designed for use with oscilloscopes with an impedance of 1 MΩ. In combination with a load of 50 Ω, the damping doubles.
The UT-P30 is recommended to be used in conjunction with our manufactured PL-10 to extend the measurement possibilities with the meter and
More accurate measurements. (The accuracy of the oscilloscope is 1%, while the DMM is less than 1%.)
This text is machine translated.
Scope of delivery
- - UNI-T UT-P30 DIFFERENTIAL PROBE
- - Mains cable
- - Power adapter
- - Test leads with probe tips (red/black)
- - Operating Instructions
Hints
The actual vertical deviation in V/div corresponds to the attenuation factor multiplied by the range of the vertical deviation selected on the oscilloscope. It doubles when a 50 Ω load is used.