Used RUCKER & KOLLS / R&K 300 #9176755 for sale

RUCKER & KOLLS / R&K 300 is a microelectrical prober that is used for electrical testing, probing, and debugging of semiconductor devices and integrated circuits (ICs). It is designed to provide the highest quality of electrical performance for a wide range of applications. The prober is a dual-head system that enables automated probing of up to two ICs in parallel, allowing for maximum throughput. R&K 300 is equipped with a high resolution optical microscope, which provides the capability to detect and analyze small defects in ICs and other components. The microscope is also used to check contact and wirebond connections for quality and process compliance, allowing for quick corrections when needed. The prober is also equipped with an RF generator power supply that is capable of supplying up to 30VDC at up to 10A for accurate testing and characterization of ICs, as well as the ability to quickly measure parameter and pulsed current tracers. RUCKER & KOLLS 300 features a fully programmable test platform that allows users to define test programs that meet their specific application requirements, while ensuring that all test points and conditions are properly met. It also includes a range of advanced features for impedance measurement, noise source analysis, a statistical analysis package, and other advanced options. 300 is easily integrated into existing test equipment, such as automated IC tester systems, circuit board tester systems, and other equipment. Its high-speed, asynchronous electrical testing capabilities make it ideal for use in a wide range of production line and laboratory environments. Its robust design also allows for continuous operation and easy maintenance. Overall, RUCKER & KOLLS / R&K 300 is a highly accurate and reliable microelectrical prober that offers maximum performance and flexibility for IC and circuit board testing. It is an ideal solution for engineers and researchers who need a powerful and reliable tool to test and debug their ICs and circuits.