TR3000 series current sensors are used for AC current measurement. The measured current is as high as 400A effective value, the maximum pulse current is 100KA, the bandwidth is 50MHZ, the rise time is 200ns, and the platinum port diameter is about 50mm. The standard BNC output interface can be connected to any manufacturer's oscilloscope: the standard accessory BNC to banana socket is added to realize the connection with the digital multimeter. Widely used in high-end medical multi-band current sensing; square wave, triangle wave passive mutual inductance, laboratory broadband current research, lightning surge waveform observation, switch short-circuit current detection.
Product Features
• Bandwidth: 10Hz ~ 50MHz
• Current measurement range: 10mA to 400ARms
• Maximum pulse peak current 200KA
• Current conversion ratio 1V/1A
• Accuracy class 1%
• Maximum diameter ∅ 50mm
• Compatible with BNC Interface Oscilloscope
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High Pulse Current ProbeThe current loop adopts standard BNC interface, which seamlessly adapts to mainstream oscilloscope brands such as Tektronix, Rhodes, Sis, Puyuan, etc. Plug and play is not required. Support 10Hz-2MHz wide-band current measurement, from milliampere power consumption to Wanan surge current can be accurately captured. The industrial-grade shielding design effectively suppresses electromagnetic interference, and can still output pure waveforms even in strong noise scenarios such as frequency converters and motor drives. |
Numerical measurement functionBNC Turn Banana Plug to Unlock Multimeter New Skill: After connecting the current probe, directly use mV gear to measure the proportional voltage signal (e.g. 1mV/A), eliminating oscilloscope dependence. The AC mode of the multimeter needs to turn on the true effective value (TRMS) function to ensure that the measurement accuracy of non-sine wave (such as inverter output) is ± 2%. Note that the shielded cable reduces radiation interference, and the ground wire is less than 5cm from the probe to reduce noise by 50%. |
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Laboratory dedicated to broadband researchThe current loop achieves ± 1% accuracy through high-precision sensors, accurately resolving complex signals such as power supply harmonics and motor transient currents. The hard probe design ensures mechanical stability and is suitable for PCB board-level milliampere ripple analysis and topology verification of new energy inverters. Magnetic shielding technology effectively suppresses 90% laboratory electromagnetic interference and provides nanosecond-level lossless waveforms for research and development. |
Noise testThe measured probe bottom noise occupies about 5mA on the oscilloscope screen. The extremely low probe bottom noise is also suitable for measuring small currents, and can also measure 20KA pulse peak high current. |
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| Model | TR3034 |
| Bandwidth | 10Hz~2MHz |
| Rise time | ≤200ns |
| Input Type | AC |
| Accuracy | ±1% |
| Current conversion ratio | 1mV/A |
| minimum effective value | 100mA |
| peak value | 400A |
| Maximum pulse peak current | 20KA |
| jaw diameter | ∅50mm |
| Oscilloscope input impedance | 1MΩ |
| Interface type | BNC |
| 线缆长度 | 100cm |
| work environment | 0~40°C,80%orless |
| Storage requirements | -10~45°C°C,80%orless |
| Weight | 720g |
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