Used CHROMA 63600-2 #184208 for sale

CHROMA 63600-2 Electronic Load Mainframe Equipment is an advanced test and measurement equipment for both static and dynamic electrical components. Its design is based on precision measurement methods and a fast response time. It is ideal for measuring DC and AC power, transistors, rectangular waves, power transistors, power FETs, and other high speed switching devices. It can also measure current waveforms, current pulses, and transient waveforms on any type of waveform. The system can be used for test and research applications in the automotive, power supply, renewable energy, and consumer electronics industries. It can also be used to measure high frequency waveforms in communication and audio/video devices. This unit is equipped with two independent channels, each with its own power source and load output. This allows two units to be connected to provide a total of four load channels. Each load channel can be independently set up to measure DC power, AC power, and other electrical parameters. The machine includes a built-in waveform display, digital multimeter, and PC data logger. It also features a digital oscilliscope, transient capture, and other test-and-measurement functions. 63600-2 also provides a high precision data acquisition and control tool that is designed for high speed measurements such as switching and power transistors, power FETs, and AC waveforms. This asset is able to display voltage, current, and power waveforms in several formats. CHROMA 63600-2 is also able to provide constant current mode for battery testing applications. It is also equipped with a built-in safety feature which allows it to prevent short-circuits, reverse connections, and over-voltage. 63600-2 Electronic Load Mainframe Model is a powerful, reliable, and flexible test and measurement equipment with a wide range of features. It is an invaluable tool for measuring current and power in a wide range of devices and circuits. With its reliable and precise measurements, it provides accurate and repeatable results.