Used TAKIMOTO PHOTOELECTRIC HCC 1000 #9315667 for sale

TAKIMOTO PHOTOELECTRIC HCC 1000 is an electronic test equipment specifically designed to measure the light-sensitivity characteristics of semiconductor devices. This test equipment provides accurate and reliable measurements of photoelectric parameters such as time constants, leakage current, photo-current ratio, early voltage, and photocurrent. HCC 1000 employs a photocell, which is a photo-detector made of a photovoltaic material that changes its electrical properties when exposed to light. The photocell, coupled with the built-in precision electronic circuits of TAKIMOTO PHOTOELECTRIC HCC 1000, enable accurate measurements of the device's characteristic curves. This test equipment also provides testing of avalanche diodes and integrated circuits that require very light-sensitive components. HCC 1000 is a compact, lightweight, and reliable test equipment. It is designed with a user-friendly interface, which includes display screens, switches, and keys. The keypad is designed in such a way that users can simply enter commands and parameters for accurate measurements. The test equipment is also equipped with a set of special connections for handling a variety of power sources, including internal and external sources. These connections enable users to control the power distribution in the photocell. TAKIMOTO PHOTOELECTRIC HCC 1000 also uses a light source to generate the desired light intensity used for testing the device's characteristics. This light source is connected to the test equipment's mainframe for fast and reliable testing. HCC 1000 test equipment is a highly advanced device. It is capable of providing accurate and reliable measurements of photoelectric parameters. This test equipment is capable of measuring a wide range of photoelectric parameters, which ranges from time constants, early voltage, photocurrent, and leakage current to more complex measurements. Furthermore, TAKIMOTO PHOTOELECTRIC HCC 1000 provides a comprehensive set of features for handling various power sources, as well as a user-friendly interface for easier operation.