Used KEITHLEY 6517 #9201256 for sale

KEITHLEY 6517 is an advanced electronic testing equipment designed for high-speed subsystem characterization, device testing, and device characterization. It combines the latest precision-measurement technologies—as well as the industry's best software—in a versatile, automated, and flexible platform with a wide range of sensor capabilities. 6517 is a powerful precision source measure unit (SMU) designed to measure current down to at least 100pA, as well as voltages to 32V. KEITHLEY 6517 offers both instrument automation as well as independent measurements, enabling standalone measurements or multiple simultaneous automated measurements of a variety of device characterizations and behaviors. The 6517a has several innovative features designed to facilitate high-speed characterization measurements. Specifically, the 6517a can provide multiple waveforms with arbitrary amplitudes and frequencies, allowing precise characterization of devices with complex underlying behavior. In addition, it features both analog and digital I/O, allowing for efficient control and data acquisition from external instruments. In addition to its SMU capabilities, the 6517em includes an advanced measurement memory, which greatly enhances the speed and accuracy of sweeping data analysis. Computer interface features include a GPIB controller and both RS-232 and Ethernet connections for remote operation. 6517's integrated underlying software makes it an ideal choice for both routine lab studies and specialized research. For example, manual test scripts can be programmed in the programming language of choice (C, Java, or Python) in order to automate tests and maximize efficiency. To make automated program development easier, KEITHLEY 6517 includes a graphical programming environment that allows users to drag-and-drop programming components onto a timeline and customize their measurement configurations. 6517 is an ideal choice for applications that require high-speed characterization and precise, low-drift measurements. Its combination of precision, customization, high-speed capabilities, and automation make it an ideal choice for device, subsystem, and characterization testing, both in the lab and on the production floor.