Used NOISEKEN INS-4040 #9201644 for sale

NOISEKEN INS-4040 is an electronic test equipment designed to measure electrical noise in sensitive electronic devices. It is used in several fields such as R&D laboratories, academic research, medical device production, and industrial production. Its robust measurement capabilities allow users to quickly and accurately measure various noise parameters such as amplitude, frequency, and phase. The device is capable of detecting any signal, noise levels, and oscillations occurring up to 70MHz. INS-4040 features a high-speed real-time oscilloscope with a maximum sample rate of 5GS/s. This allows the measurement of high-speed signals and other dynamic events occurring at very high speeds. Moreover, the device can be used with a wide variety of trigger and damping conditions, as well as an array of measurement filters. In addition, the device includes an array of pre-installed noise analysis application programs designed to help users reduce the noise present in their devices and improve their performance. The device features a two-channel measurements mode that allows users to measure different types of electrical noise from two separate devices. Furthermore, the instrument is equipped with a PC-interface port, allowing users to connect NOISEKEN INS-4040 to a computer and program their measurement processes. This ensures accuracy and allows the device to be used in remote locations. INS-4040 includes a spectrum analyzer that allows users to measure frequency components of signals and detect any frequency errors. In addition, the device includes an isolation voltage probe system that eliminates the need for dual-site testing. This reduces the amount of time required for testing in production environments. Finally, NOISEKEN INS-4040 also includes a wide range of digital power filters. These filters allow users to easily and accurately analyze the characteristics of electrical noise levels, phase shifts, and the relationship between the functions of their devices. This allows users to effectively analyze and improve their procedures for reducing noise levels.