Used TEKTRONIX TLA 714 #9121980 for sale

TEKTRONIX TLA 714 is an advanced automated logic analyzer, designed for comprehensive debugging and analysis of digital electronic systems. It is suitable for use in a wide variety of systems integration, embedded design, and high-speed verification environments. TLA 714 handles up to twenty-eight million logic states, featuring 8 mega-state logic channels, state detection triggers, and extensive memory resources. Featuring more than four fully-independent digital channels with assignable eight-bit analysis slices per channel and 48 comparator specs per channel, it offers a high density of markers directly in the state table, along with a wide vector range and exceptional sample rate resolution. Additional features include an accurate input-threshold-voltage detector, adjustable hysteresis, MUX setup, selectable input-threshold level, and layer-selectable clock-edge and comparator triggers. The all-in-one TEKTRONIX TLA 714 is a powerful turn-key logic analyzer with a larger display, ergonomic control, faster data throughput, and faster signal capture than ever before. It offers easy access and recall of data, and its deep memory can store over 11,000 events. The internal processor provides powerful signal analysis, allowing users to identify subtle patterns and complex events, as well as interface and debug embedded systems. In addition, TLA 714 has a wide variety of programmable filters and triggers for advanced debug and analysis. These include run-trigger, setup-trigger, run-enable, restart, wait/skip, and many more. Each type of trigger can be used to identify and capture signals related to specific events or conditions. TEKTRONIX TLA 714 is rugged and reliable, providing reliable operation in any environment. A durable enclosure and simple user interface make it easy to use and maintain. This device is designed to operate under heavy load, with maximum speed and minimum power consumption. Overall, TLA 714 is an intelligent and powerful automated logic analyzer with advanced features and capabilities. Its deep memory and efficient design make it an ideal choice for complex debugging and analysis of digital electronics.