Used CASCADE MICROTECH / ALESSI MPS 150 #293639825 for sale

CASCADE MICROTECH / ALESSI MPS150 is a powerful, precision-tuned prober that's perfect for performing a variety of probing and testing tasks. ALESSI MPS150 is well suited for high-precision probing, test and device characterization applications, along with inspection and isolation measurements for development and system level testing of integrated circuits and a variety of components. CASCADE MICROTECH MPS150 features a unique design that combines a high-resolution stepper motor driven XY-Probe stage, an XY-Position Sensor, and a Z-Position Feedback Probe Force Sensor. This combination allows MPS150 to provide extremely accurate and repeatable positioning of probing needles and other components. This ensures that the highest probing quality is maintained while minimizing the potential for injury or damage. CASCADE MICROTECH / ALESSI MPS150 also features a wide range of built-in test capabilities like ramping and floating control, pulse width modulation (PWM) and frequency measurements. These test functions, combined with ALESSI MPS150's precision micron level motion resolution, make it ideal for advanced characterization and parameter testing of a variety of components and devices. Furthermore, CASCADE MICROTECH MPS150 utilizes high-speed PCI data acquisition to implement closed-loop probing, allowing for a wide variety of automated testing applications. Specifically, MPS150 features a maximum frequency of 20MHz, a datapath width of 8-bits, and a linear force sensing system that can respond to as little as 0.1g of force. In addition, CASCADE MICROTECH / ALESSI MPS150 also supports Lanceset® technology, which allows for remote programming, control, and off-site diagnostics. This, combined with the remote access capabilities using Ethernet, makes it easier to troubleshoot problems, improve performance, and perform remote data collection. Overall, ALESSI MPS150 provides unmatched performance and precision in a robust and easy-to-use package. This makes it an ideal choice for a wide range of probing and device characterization tasks.