Pintech
Pintech PT-7020 AC/DC Current Probe 1.5kHz 0.1mA-4.5A 10:1 BNC measurement tool
Measures AC and DC current from 0.1mA to 4.5A with 1.5kHz bandwidth and BNC output for oscilloscopes
- Selling UnitEach
- TypeElectrical Testing & Measuring
- Accuracy±1%
- Standards/CertificationsCE
- Measures tiny currents from 0.1mA with ±1% accuracy
- 5kHz bandwidth captures AC and DC signals up to 4.5A
- 10:1 transformation ratio gives 10mV/mA output for direct scope reading
- BNC interface connects to any oscilloscope or multimeter
- ±25mA zero adjustment lets you null offset before measuring
Low-current AC/DC measurement probe
The PT-7020 is a new oscilloscope probe designed for capturing small currents from 0.1mA up to 4.5A DC or 3A rms AC. It connects via a BNC interface and provides a 10:1 transformation ratio with a 1.5kHz bandwidth. Typical accuracy is ±1%.
Engineers verifying low-power circuits
This probe suits technicians and engineers who need to observe milliamp-level signals on an oscilloscope or multimeter without breaking the circuit. It is not intended for users who require measurements beyond 4.5A peak or frequency analysis above 1.5kHz.
1.5kHz bandwidth limit
The DC-to-1.5kHz bandwidth is the single specification that determines whether the probe can capture the dynamic behaviour of the signal under test. Signals with significant harmonic content above this limit will be attenuated.
Highlights
- Measures tiny currents from 0.1mA with ±1% accuracy
- 5kHz bandwidth captures AC and DC signals up to 4.5A
- 10:1 transformation ratio gives 10mV/mA output for direct scope reading
- BNC interface connects to any oscilloscope or multimeter
- ±25mA zero adjustment lets you null offset before measuring
Specifications
| Brand | PINTECH |
|---|---|
| Model | PT-7020 |
| Selling Unit | Each |
| Type | Electrical Testing & Measuring |
| Accuracy | ±1% |
| Standards/Certifications | CE |
Questions about this item
What oscilloscope or multimeter input do I need for the PT-7020 BNC output?
The probe uses a BNC connector and works with any oscilloscope or multimeter that accepts a BNC input.
Will the 1.5 kHz bandwidth limit measurements on legacy power-supply ripple above that frequency?
The probe bandwidth is DC to 1.5 kHz, so signals above that range will be attenuated and not accurately captured.
How can I verify the probe is calibrated correctly after connecting it?
Use the zero-adjustment to null the offset within ±25 mA, then check a known current; accuracy is ±1 % typical.
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