Used TEKTRONIX OCP 5002 #9103904 for sale

TEKTRONIX OCP 5002 is a robust and reliable electronic test equipment specifically designed to meet the needs of industrial, electronics, aerospace, and other high-end applications. OCP 5002 offers an array of powerful features that help engineers and technicians diagnose problems, measure performance, and debug designs. At the heart of TEKTRONIX OCP 5002 is its high-speed, channel count analog-to-digital converter (ADC) that can sample up to 20 megasamples per second (MSPS) with its transmission gates simultaneously present in any of the four channels. This provides ample signal fidelity for high frequency testing and accurate analog measurements. When combined with its 16-bit resolution, a wide input range of 2.5V down to 200uV, and excellent noise level of 1.4uV, this instrument provides an exceptional level of accuracy and resolution. In addition to its ADC performance, OCP 5002 offers a range of additional features to make testing and troubleshooting simpler. This includes a variety of triggering levels for each of its channels, the ability to freeze channels for post-acquisition snapshots, an automated waveform search feature that helps you spot problem signals quickly, and a built-in 75Ω/50Ω impedance switch for optimized signal transfer. To further speed up analysis, it is also possible to directly export captured data to a PC or other device through one of its USB ports. Another key aspect of this instrument is its physical design. Although lightweight at just under 5kg, TEKTRONIX OCP 5002 has a robust, aluminum chassis that can withstand commercial use. Combined with a fanless design, it ensures a long service life and minimal maintenance requirements. When used together with a variety of optional accessories, be it mapping pods, probe matchers, or cabling, OCP 5002 offers an efficient and reliable solution for your electronic testing needs. With its advanced features, impressive specifications, and rugged design, TEKTRONIX OCP 5002 is sure to offer the rigorous analysis you need to diagnose and measure performance of your electronic designs.