Used TEKTRONIX MDO 4054C #9294229 for sale

TEKTRONIX MDO 4054C is an advanced mixed domain oscilloscope designed to meet the requirements of embedded design engineers and education environments. This powerful and versatile oscilloscope integrates an oscilloscope, function generator, logic analyzer, and digital Voltmeter into one sophisticated instrument. MDO 4054C has four isolated, selectable, input channels with each channel operating on its own data acquisition system. The input range is 200mV to 400V, with a sample rate of a maximum of 250 Ms/s and a deep memory of 28Mpts/ch. The oscilloscope also supports triggering across analog, serial, and digital channels. It is also compatible with passive probes and active FET probes for non-invasive debugging. The Logic Analyzer module provides 16 digital channels with up to 50 MHz of capture bandwidth and up to 140 MHz timing bandwidth. It has a depth of 32 Kpts/Ch and supports asynchronous and realtime (I2C, SPI, UART, CAN) non-intrusive triggering. The Arbitrary Waveform Generator offers a sample rate of up to 4 MS/s and a maximum output frequency of 24 MHz. Waveforms include sine, square, ramps, pulses, and narrow impulse. Additionally, waveforms can be directly imported from the oscilloscope. TEKTRONIX MDO 4054C has the ability to view multiple trigger results in separate windows on the display. It also has flexible triggering and inhibit options such as advanced triggering, gap time detection, and pulse width limit. Additional functionalities include a 7-inch capacitive touchscreen LCD, an easy-to-use FFT analyzer, and a built-in Digital Voltmeter. It offers 16 digital channels with up to 1 GS/s sample rate. MDO 4054C offers connector modules and nine optional software packages such as automatic power measurements (peak, Vrms, Vpeak, Vmin, and crest factor), a digital video bus analyzer, and PWM Analysis and Decoding. Overall, TEKTRONIX MDO 4054C is a state-of-the-art oscilloscope designed to provide powerful and precise measurements. Its large, adjustable LCD and advanced trigger system provide a versatile platform ideal for embedded design and education applications.