Used STK 832 #9130817 for sale

STK 832 is a specialized burn-in equipment used to demonstrate the long-term functionality and reliability of electronic components prior to their distribution. This system has been developed using state of the art electronics technology, and is capable of creating a simulated, and tightly controlled, environment for electronic components and their associated circuitry to be tested and evaluated under. This unit provides a broad range of components that can be tested and monitored, including processors, memories, logic gates, analogues, digital and power devices, timers, opto-couplers, discrete components, PCBs, switches and more. It's capable of placing any number of components in a thermal chamber, setting up complex automated control sequences, and monitoring every aspect of the components' performance until the desired test duration has been achieved. The machine's interface is very easy to use and intuitive, allowing ample customization and control over all parameters of the test, as well as the ability to store and recall test procedures and results. This makes it easy to run repeat tests on any given component, allowing for the evaluation of its performance over time, as well as the comparison of results between different components or assemblies. 832 is capable of reaching extremely high temperatures in its thermal chamber, up to 300°C, allowing it to perform tests at the kind of extreme conditions that may be encountered in its real life use. This feature also allows for accelerated testing, whereby the duration of the test can be reduced by increasing the temperature within the chamber, allowing for a far more efficient workflow. The tool is also very secure, ensuring that it meets all relevant safety standards, such as those of the International Electrical Code (IEC). It has numerous built-in safety features to ensure the asset works properly, as well as a two-way communication model to ensure all components are monitored and controlled appropriately. All in all, STK 832 provides an efficient and responsible way of ensuring components and assemblies meet the highest standards before they are distributed. It offers a robust and reliable way of testing components before they are used, and ensures that they are solid and dependable before any vital electronic operations are put into action.