Used SIGNATONE S-301-4 #9163027 for sale

SIGNATONE S-301-4 prober is a semiconductor testing device designed to help engineers to quickly and accurately detect the presence of electrical and mechanical faults in a variety of components. It utilizes a versatile 4-axis nanometer motion module to precisely control the motion of its probe tip, allowing to accurately measure the electrical parameters of any device connected to its input. This motion module also features a high-precision optical encoder for positioning feedback, as well as a built-in thermal module for temperature measurement. In addition, S-301-4 is equipped with an open-architecture control system for programmable prober operation and real-time motion control, along with a high-speed input/output (I/O) bus which enables manual and computerized manipulation of the prober. The user can also easily monitor real-time probe-to-sample action using a color LCD monitor with touch screen capability. Moreover, SIGNATONE S-301-4 features various environmental control components which allows it to work in a wide range of laboratory conditions, from private research labs to tightly regulated production lines. It can detect even the smallest electrical parameters such as voltage, current or resistance with high accuracy, without any degregation in parameter repeatability due to conditions like temperature or humidity. In order to guarantee consistent repeatability of test conditions, the prober is also equipped with adjustable shielding panels can adjust radiation levels in the testing environment to a maximum of 30 db isolation. Furthermore, built-in vibration dampening allows for optimal performance in demanding high-vibration conditions. It also provides high throughput measurements, with an engineered accuracy of up to 0.5% over a large dynamic range of signals from DC to 50MHz and measuring time as short as 0.2 seconds. With some of the highest accuracy measurements available in the trade, S-301-4 is a reliable and precise solution for any semiconductor engineering project.