T100 Differential Probe For Oscilloscope 1X 100X Magnification Ultra Low Noise Wide Voltage Range USB Charging For Weak Signal Measurement Lab

Features:* * Made of materials, sturdy and * T100 differential probe 1X/10X/100X oscilloscope probe 10M bandwidth, amplify weak signals* Support differential input and single-ended input* Wide input voltage range, up to +/-10V* 1x/10x/100x magnification* Up to 10M bandwidth* Battery powered, supports USB type- c interface charging* Ultra-low noise, high common mode rejection ratio* Long battery life* Exquisite metal shell, strong anti-interference ability* This product is specially designed to amplify weak signals. For weak currents, the noise is small, the accuracy is high, and the signal is recovered well.* Oscilloscopes often cannot measure small signals, and the instrument needs to be amplified before measurement.* Application: Electronic engineers, maintenance, R&D personnel, college students and other oscilloscope users. It can also be used for industrial automation measurement and control, because the sensor signal is very weak and needs to be amplified before outputting.*

• 【Sturdy】Made of materials, this T100 differential probe is designed to be sturdy and ,long-lasting performance.
• 【Amplify Signals】The T100 oscilloscope probe features 1X/10X/100X magnification, allowing you to effectively amplify signals for precise measurements.
• 【 Input Options】With support for both differential and single-ended inputs, this probe offers versatility in capturing and analyzing various types of signals.
• 【Wide Voltage Range】Featuring a wide input voltage range of up to +/-10V, this probe can handle a broad range of signal amplitudes with accuracy.
• 【High Performance】The T100 probe offers ultra-low noise and high common-mode rejection ratio,clear and accurate signal amplification. Its long battery life and convenient interface charging make it a reliable companion for electronic engineers, maintenance professionals, R&D personnel, and college students working with oscilloscopes. Additionally, it can be used for automation measurement and control applications where signal amplification is crucial for accurate output.