Bandwidth: DC-6MHz to DC-100MHz (actual 80 MHz) Attenuation ratio: 1:10 Input resistance: 1X = 1 Mohm; 10X = 10 Mohm Input capacitance: 1X = 85 pF - 120 pF; 10X = 18.5 pF - 22.5 pF Key benefits - Accurate measurement across a broad bandwidth with a clear 1:10 attenuation option - Flexible input impedance to suit different circuit conditions (1X or 10X) - Low input capacitance in 10X mode helps preserve waveform integrity at higher frequencies Why you need it - Provides safe signal scaling for oscilloscope inputs while maintaining measurement fidelity - Reduces loading on high impedance or high-speed nodes when using 10X mode - Helpful for both routine and high-frequency signal analysis Compatibility and performance - Designed for use with standard test equipment that supports 1X and 10X configurations - Wide bandwidth supports a range of DC to high-frequency signals - Clear separation of 1X and 10X characteristics for easy selection depending on the measurement Use scenarios - General bench testing on standard oscilloscopes: use 1X for simple, low loading measurements of slower signals; switch to 10X for higher amplitude signals that benefit from attenuation and higher input impedance - High-speed signal analysis: use 10X mode to minimize capacitive loading (18.5-22.5 pF) and preserve waveform shape up to practical limits around 80 MHz - Sensitive circuit debugging: measure high-impedance nodes with 10X to reduce circuit loading while still accessing accurate signal levels