Description
Specifications Table
Product Material – High-quality insulated copper wire with BNC connector
Grade – Lab-grade precision
Application – Signal measurement, circuit testing, waveform analysis
Product Overview
The Oscilloscope Test Probe 1:10 is engineered for high-fidelity signal acquisition, offering a 10:1 attenuation ratio to minimize loading effects on circuits. Its robust construction features a shielded coaxial cable with a durable BNC connector, ensuring reliable connectivity to oscilloscopes and test equipment. The probe’s precision design reduces signal distortion, making it ideal for capturing fast transient events and high-frequency waveforms with clarity. The insulated tip and ground lead provide safety during measurements, while the ergonomic grip enhances usability in prolonged lab sessions. Compatible with most standard oscilloscopes, this probe delivers consistent performance across a wide bandwidth, making it a versatile tool for electronics testing. Whether analyzing analog or digital signals, its low capacitance and high input impedance preserve signal integrity, ensuring accurate readings for critical experiments.
FAQs
1. What is the bandwidth range of this 1:10 oscilloscope probe?
This probe supports a bandwidth typically ranging from DC to 100 MHz, suitable for most lab applications requiring high-frequency signal analysis.
2. Can this probe be used with any oscilloscope model?
It is compatible with most standard oscilloscopes featuring BNC input connectors, but verify your oscilloscope’s impedance requirements for optimal performance.
3. How does the 10:1 attenuation ratio benefit signal measurements?
The 10:1 ratio reduces the signal amplitude by a factor of 10, minimizing circuit loading and allowing accurate measurements of high-voltage signals without distortion.
4. What maintenance is required to extend the probe’s lifespan?
Store the probe in a dry environment, avoid bending the cable sharply, and periodically check the BNC connector for wear or corrosion to ensure consistent performance.
5. Are there alternatives for measuring low-voltage signals with this probe?
For low-voltage signals, a 1:1 probe may be more suitable, as it provides direct measurement without attenuation, but this 1:10 probe can still be used with oscilloscope gain adjustments.
