Used TEKTRONIX OA 5002 #9008478 for sale

TEKTRONIX OA 5002 is a top of the line current probe that is designed primarily for high-speed current trend analysis. It is used in fault diagnostics, power integrity, and power loss measurements. This device features a wide range of measurement capabilities with a DC response up to 100 MHz and a transient response up to 400 MHz. OA 5002 current probe is capable of measuring current levels up to 0A - 9.99A with a resolution up to 25µA ( 0 - 9.99). It has an adjustable gate time from 0.2µs to 125μs with a range of -19.99 to 19.99. Additionally, it has a 100MHz auto-range frequency response and built-in cable compensation for enhanced accuracy. TEKTRONIX OA 5002 offers an easy-to-use USB interface for superior connection that enables users to get reliable output data quickly. It also features short circuit protection that matches the device's operating range and a dedicated port for controlling the current probe offset. OA 5002 is suitable for a wide variety of applications including power electronics, industrial manufacturing, automotive electrical systems, and consumer electronics. Its reliability and ease-of-use make this device a great choice for any type of current measurement or analysis job. The device includes a variety of features including an adjustable display range with maximum, minimum, and average readings, a menu driven display with several data formats, adjustable threshold and alarm settings, advanced calibration and support for USB connection. In addition, this device also incorporates various safety features such as over current protection, reversed current protection, reverse polarity protection, over voltage protection, and ground fault protection. TEKTRONIX OA 5002 is an excellent tool for quickly and accurately measuring current levels in various applications. It provides reliable and accurate data and is easy to use. This electronic test equipment is suitable for multiple DC current measurement and analysis tasks and is ideal for any type of current probe work.