Used TEKTRONIX CMC 251 #9132510 for sale

TEKTRONIX CMC 251 is an electronic test and measurement instrument designed for the demanding requirements of the modern test laboratory. It offers a wide range of capabilities, including the ability to measure signals from extremely small sources such as sub-microvolt pulses and amplifications. It also offers high accuracy and deep dynamic range, enabling it to measure small signal differences with accuracy. CMC 251 utilizes differential probe heads to ensure that measurements are absolute and precise, while up to four probes and accessories can be connected to it for multiplexing or parallel measurements. This instrument provides a maximum input voltage of up to 1 kV, and an adjustable input impedance up to 10 GΩ. In addition, a wide frequency range of DC to 106Hz is possible. In addition to its basics features, TEKTRONIX CMC 251 offers multiple signal parameter measurements. The instrument can measure peak voltage, rise times, as well as the frequency content of a signal. The frequency content can be quantified using spectrum, harmonic and phase analysis functions. The instrument's graphical display can capture and execute waveforms, and it can store up to 50 waveforms. Among CMC 251's features are its precision auto-calibration system which ensures reliable and accurate performance over time. It is also equipped with a low drift design, providing a measurement accuracy of 0.1% or better. This instrument utilizes a high-speed 8-bit data acquisition system which minimizes settling time and ensures low data noise performance. Furthermore, the instrument's auto-zeroing feature eliminates errors due to offsets. TEKTRONIX CMC 251 is designed for ease of use. Its intuitive user interface acts as an interactive guide to the instrument's features and functions. The instrument's advanced triggering system offers trigger configurations from simple window compare triggering to advanced edge-to-edge and analog pattern triggering. Overall, CMC 251 offers a wide range of features that are ideal for testing and troubleshooting in a wide range of electronic applications. Its precision, accuracy and ease of use make it an excellent choice for a variety of needs.