MK1575-01GITR

Clock/Timing - Application Specific

The MK1575-01GITR is a low-power, low-noise clock generator with an integrated programmable timer. It is designed to provide a wide range of timing capabilities for a variety of applications, including data transmission, wireless communication, and systems test. The device consists of an internal oscillator, a low-jitter programmable delay generator, and a wide variety of output drivers for various combinations of single-ended and differential clock outputs.

The MK1575-01GITR works by using a crystal oscillator to generate a reference clock. This reference clock is then divided down to create several lower frequency clocks. This lower frequency clock is then used as an input to the programmable delay generator. The delay generator is used to adjust the phase and delay of the output clock, which can then be output in single-ended or differential form. Both the reference clock and the delayed output clock can also be used as interrupt sources.

The main benefit of the MK1575-01GITR is its ability to generate a wide range of frequencies and delays. It can generate frequencies from 333 kHz to 166 MHz with jitter as low as 8.1 ps. The programmable delay range is from 1 ns to 65535 ns, making it ideal for applications that require precise timing. The device also features an adjustable tilt and spread, allowing for more flexibility in setup and adjustment.

The MK1575-01GITR is ideal for wireless communication, since it can provide a wide range of frequencies with low jitter and precise timing. It is also suitable for data transmission, as it can be used to generate synchronised clock signals and control timing between transmitters and receivers. Additionally, the device can be used for system test applications, as it can be used to accurately control the timing of events in a system.

Overall, the MK1575-01GITR is an ideal choice for a wide variety of applications that require accurate timing and low jitter. Its wide range of frequencies and delays make it suitable for wireless communication, data transmission, and system testing. The device is also low power and low noise, making it an energy efficient and cost-effective choice.