Used TEKTRONIX P6243 #9183611 for sale

TEKTRONIX P6243 is an electronic test equipment designed to measure high-frequency electrical signals. It is also a high voltage probe, with a maximum input voltage of 2000 Volts. It is an ideal instrument for research, design and development testing, and maintenance. P6243 uses an intuitive control technology that provides an intuitive yet powerful interface for users that can be customized. Through a dedicated user interface, the user can also adjust settings such as the probe gain, which can help with signal measurements. Additionally, the user can control the range and offset settings of the probe to optimize measurements. TEKTRONIX P6243 also features a high sample rate, making it ideal for capturing short pulses. The sampling rate can be up to 40 GSa/sec, giving the user a better understanding of the signal they are measuring. Moreover, the instrument also features an autoset feature which helps in adjusting the gain and offset settings of the probe automatically. P6243 also features an adjustable low pass filter which helps in attenuating high frequency signals. This ensures that only the relevant frequencies are measured, providing accurate and reliable measurements. In addition, the low pass filter can also be used to reject disturbances in the measured signal. TEKTRONIX P6243 also features a 3-month warranty, so users can trust that the instrument will provide reliable measurements. This instrument also has various safety features, such as overvoltage protection and surge protection, which help guarantee a safe and secure measurement process. Overall, P6243 is a high-performance, reliable electronic test equipment designed for measuring high-frequency electrical signals in research, design, and development testing. It features an intuitive user interface, adjustable settings, and high sampling rate, as well as a 3-month warranty and safety features that guarantee safe and secure measurements. With its variety of features, it is an ideal instrument for a variety of applications.