Used KEITHLEY 485 #9011496 for sale

KEITHLEY 485 is an electronic test equipment. It is a current measurement instrument designed for high accuracy and stability. This compact and portable multipurpose instrument is well-suited for use in the field and laboratory environments. With its rugged construction and unique features, 485 enables excellent current measurement performance that is reliable and accurate. KEITHLEY 485 is designed to measure current down to 150 picoamperes, offering high signal-to-noise performance, low drift and noise, and high linearity. The instrument features several measurement ranges that can be customized to the specific requirements of the application. Additionally, 485 offers a wide bandwidth of 100 KHz, enabling high-speed operation and accurate current measurement. KEITHLEY 485 is equipped with a liquid crystal display (LCD) which is used to provide informational feedback of the measurement results and settings. The instrument also has its own unique controller interface which enables remote operation of the instrument. This capability allows the instrument to be located at a secure distance from the test point and still measure with high accuracy. 485 is built for durability and safety. It is designed with a built-in safety barrier that prevents over-current faults and also features an isolation mechanism to protect both the instrument and the test objects. The instrument is also tested for compliance with industry-standard safety regulations. KEITHLEY 485 includes a variety of accessories, such as leads, probes, power cables, and software. The instrument can also be calibrated to ensure that the measurements are as accurate as possible. Additionally, the instrument can be programmed to automate repetitive measurements, eliminating the need for continuous real-time monitoring. Overall, 485 delivers excellent current measurement performance with high accuracy, stability, and reliability. The instrument's compact size, flexible range, and versatility make it a valuable tool for current measurement tasks that require precision and low-level accuracy.