Used OPHIR 6005 #9105573 for sale

OPHIR 6005 is an electronic test equipment, designed specifically for testing digital electronic devices such as microprocessors, digital sensors, and other Integrated Circuits (ICs) used in modern electronics. 6005 allows for concurrent testing of up to two digital ICs at any one time, making it an incredibly efficient piece of test equipment. Its features allow it to automate the testing process, saving time and eliminating the need to manually adjust complex testing parameters. It is fitted with an adjustable output voltage, up to 16V, as well as a wide range of digital test options such as register read/write capability, vector sequence testing and even in-circuit serial programming. OPHIR 6005 also offers a wide range of connectivity options, allowing for easy integration with external test equipment, such as computerized controlled test systems. 6005 also enables the performing of time domain measurements, such as rise time, fall time, pulse width and propagation delay, as well as frequency domain measurements such as frequency range, peak and low-pass response. In addition, OPHIR 6005 has the ability to generate a wide range of user-defined waveforms. It's tool-less operation eliminates the need for multiple tools, making it a quicker and easier operation. 6005 is a compact, lightweight device at just 15 inches by 11 inches, making it a great choice for portable testing. The device is accompanied by an intuitive user interface, making operation of the device easy and straightforward. It also includes a range of input and output port connection options. It has a USB port for connecting to computers, an RS232 interface and even a 4-wire tester interface. Overall, OPHIR 6005 is an advanced, reliable electronic test equipment. Its range of convenient features and easy operation make it an ideal choice for testing digital electronics devices quickly and reliably. Its compact size and lightweight make it easy to use in any environment, making it a great choice for automated testing.