Used NRF TECHNOLOGIES NR3N100M-03 #293657314 for sale

NRF TECHNOLOGIES NR3N100M-03 is a reliable and versatile piece of electronic test equipment. This device helps to evaluate electrical equipment for performance, safety and compatibility testing. It is specifically designed to measure peak and average currents from DC to 8MHz. In addition, it also measures the voltage drop, temperature, and power consumption of various electronics, helping to ensure product reliability. NR3N100M-03 features a wide measurement range which allows for testing of a variety of power and small-signal applications. It is able to measure currents between 0.05A and 100mA, and it offers a ripple rejection of more than 120dBc. It also contains several pieces of equipment which make testing much simpler, such as a high-performance power meter and an oscilloscope-like graphical interface which allows users to easily observe waveforms and detect issues. NRF TECHNOLOGIES NR3N100M-03 is well-suited for various R&D applications, including motor drive and power conversion tests, transformer and power supply testing, and current sensor diagnostics. It features high accuracy and fast sampling, allowing for more accurate measurements. Furthermore, it includes an automatic temperature compensation measurement algorithm which can be used to easily reproduce environmental conditions. NR3N100M-03 also includes a range of safety features to protect against accidental damage. It is both CE and RoHS certified, which confirms that its components do not contain hazardous materials. Additionally, it features overvoltage and overtemperature protection, as well as short-circuit and overload protection. Overall, NRF TECHNOLOGIES NR3N100M-03 is ideal for a wide range of R&D test and evaluation scenarios. It is not only robust and reliable, but also provides users with a wide range of features that make testing easier and more accurate. From a safety standpoint, this device complies with multiple industrial standards and regulations, and this makes it an excellent choice for both indoor and outdoor testing scenarios.