Used AMREL PEL 150-2 #9227973 for sale

AMREL PEL 150-2 is an electronic test equipment from American Reliance designed to make testing and characterization of complex electrical systems straightforward. This device includes a wide range of features and features for customization to suit various testing scenarios. PEL 150-2 is equipped with dual output waveform generators with standard waveform capabilities of sine, square, sawtooth, and triangle, as well as AM, FM, and arbitrary waveforms. With low phase noise and high signal stability, this device can generate signals up to 250 MHz. It also supports a variety of output impedances, ranging from RMS power levels of up to 150 W. AMREL PEL 150-2 also provides a power analyzer with 2 inputs, permitting dual simultaneous measurements of power factor, crest factor, and other parameters on AC waveforms. The analyzer is also capable of measuring THD, phase angle shift, and Vfwd/Vrms on input signals. This device features a wide dynamic range of up to 80 dB and an internal precision of 16-bit A/D conversion, ensuring precise and accurate results. It has a large LCD display and a 10-key keypad for easy operator navigation. In addition, PEL 150-2 can be operated remotely using a GPIB interface. AMREL PEL 150-2 has a built-in digital oscilloscope with 1 channel input and a frequency range of 10 MHz. It also offers maximum bandwidth of 500 kHz and a maximum sample rate of 1 GS/s, as well as a depth of 8k-points for advanced applications. Furthermore, the device also includes a built-in data logging feature that can record and store up to 20 test data sets. PEL 150-2 also incorporates an analog input capability, allowing users to measure voltage and current simultaneously. It also supports a range of signal conditioning functions, such as filter, time-stamp, and range setting. All in all, AMREL PEL 150-2 is a robust, reliable, and versatile electronic test equipment designed to help make testing of complex systems simpler. Its extensive feature set, ability to be configured and tailored to unique testing requirements, and easy-to-use user interface make it an ideal apparatus for analyzing, isolating, and solving problems in high-frequency systems.