Used CASCADE MICROTECH / ALESSI RF-1 #9212903 for sale

CASCADE MICROTECH / ALESSI RF-1 prober is designed to be a semi-automated, efficient, and all-purpose probe station that can be used for a variety of testing and characterization applications. ALESSI RF-1 offers a wide array of features for testing or characterizing electronic components, including both contact and non-contact capacitance and resistance measurements. The feature set of the prober has been optimized for high throughput, with maximum sampling rates of over 2MHz and up to 660 channel switching channels. CASCADE MICROTECH RF-1 also features an integrated 'black box' computer which allows for direct monitoring and control of the prober from a PC, as well as a high resolution display for visualization purposes. The prober includes an electronic module for providing high-level computer control of the probe, as well as a variety of motion control options. These motion control options can be used to move the prober in x, y, and z directions in order to position the probe accurately and precisely on the test object. This can be used in combination with the black box computer to provide automatic scanning, spacing, and calibration operations. RF-1 also comes equipped with a comprehensive set of probes, ranging from electrical probes and coaxial connectors to silicon and thermal-thermal probes. All of these probes can be used in combination with the prober in order to provide a wide range of characterization and testing applications. As well as these features, the prober also includes a full suite of automation capabilities. These capabilities include automatic sample loading and unloading, automatic software control of the prober, and configurable profiles for automated operation. This allows users to easily set up and run tests without the need for manual intervention or drastic changes to the prober's configuration. Overall, CASCADE MICROTECH / ALESSI RF-1 is an incredibly powerful and versatile prober, capable of providing a wide range of testing and characterization applications. Its range of features and automated functions make it an ideal tool for both research and production purposes, allowing for high throughput and ultra-precise measurements.