It is a high voltage passive probe. This means it's designed to measure high voltages without needing its own power source, relying on the signal from the circuit it's testing.
It has an attenuation ratio of 100:1. This indicates that the probe reduces the input voltage to 1/100th of its actual value, allowing standard oscilloscopes to measure high voltages safely. The attenuation ratio has an accuracy of ±2% at DC.
It has a system bandwidth of 120 MHz. This specifies the frequency range over which the probe can accurately measure voltage signals. It also has a rise time of 2.4 ns.
The input resistance is 50 MΩ. This high input resistance minimizes the loading effect on the circuit being measured, ensuring accurate readings. The input capacitance is 9.5 pF.
It is designed for use with a measuring instrument having an input coupling of 1 MΩ AC/DC. This defines the input impedance that the measuring instrument (typically an oscilloscope) should have for the probe to function correctly.