SI5338M-B03119-GMR

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The SI5338M-B03119-GMR has been designed for a wide range of applications that require specialized functionality.

As a Clock/Timing – Application Specific device, the SI5338M-B03119-GMR is designed for a specific purpose and offers specific features. Depending on the application for which it is used, it is designed to provide timing and frequency synchronization in harsh environments, such as those experienced on board satellites and aircraft. Features include: frequency tuning from 5 to 200 MHz, phase jitter control at 10 MHz frequency level, a 10-bit phase accumulator, programmable multidirectional modulation, independent startup and shut-down sequencing, and multiple clock outputs.

The SI5338M-B03119-GMR works by creating stable and predictable clocks based on a preset reference frequency. This reference frequency can come from an external oscillator or internal oscillator depending on the application. The reference frequency is then used to generate multiple internal clock signals that can be configured to output the desired frequency. The SI5338M-B03119-GMR also provides the ability to phase lock different frequencies, so that two or more clock signals keep their respective phases in sync with each other.

The SI5338M-B03119-GMR features a high end jitter performance of 0.52ps RMS at 128KHz, which is ideal for applications such as satellite communications and radar systems. In addition, the device also offers an extremely low start-up current of 2µA, making it one of the lowest power solutions available on the market. In terms of reliability, the SI5338M-B03119-GMR is designed to be robust enough to withstand harsh environmental conditions including extended temperature ranges, vibration and shock.

Overall, the SI5338M-B03119-GMR is an ideal choice for applications requiring a reliable, stable and low-power timing solution. With its wide range of functions and high performance, applications such as satellites, aircraft, and other harsh environments can benefit from its high accuracy and reliability.

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