Used TEKTRONIX P6245 #9264365 for sale

TEKTRONIX P6245 is an active differential probe that is designed to measure high frequency signals up to 2GHz. It is an oscilloscope accessory that measures the differential voltage, often used to measure high-frequency signals too small to be easily measured by a traditional single-ended (non-differential) probe. It features a flat frequency response from 1MHz to 2GHz, high isolation between the inputs and output, and a low impedance output which helps lower the effect of loading. P6245 can be used in differential and single-ended mode. TEKTRONIX P6245 features a 50 Ohm input impedance with ± 4dB matching accuracy between the two differential inputs. Common mode gain accuracy is 0.4dB (1MHz to 2GHz). In addition to having both normal- and over-range alerts, P6245 also features an overload indicator. Additionally, the probe is equipped with an auto-zero option for easy calibration. TEKTRONIX P6245 is compatible with TEKTRONIX oscilloscopes, but it can also be used with other brands, such as Hewlett Packard, Agilent, and Keysight. P6245 is supplied with two passive differential input cables, a high frequency ground lead, and an oscilloscope passive probe input cable. TEKTRONIX P6245 has an input protection circuit with an adjustable time delay of up to 10ns. This prevents damage to the probe if it is subjected to a high-level input signal. The input protection circuit has a low capacitance and wide dynamic range for improved noise immunity and large signal immunity. P6245 has an adjustable output power off control range of 0.8 to 2.5 volts, making it compatible with a wide variety of oscilloscope models. The probe is built with a rugged body and is weatherproofed for prolonged use in harsh conditions. TEKTRONIX P6245 is a reliable and precise differential probe with improved noise immunity and accuracy. It is ideal for use with a variety of oscilloscopes and allows for quick and easy measurements of high frequency signals. It is a cost effective solution for those working in the electronics industry who require precise and accurate measurements of high frequency signals.