SIT1602BC-73-XXN-4.000000D

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Oscillators are electronic components responsible for generating regularly-repeating electrical signals. Classified as such, SIT1602BC-73-XXN-4.000000D are high-frequency oscillators featuring low jitter, phase noise, low power consumption, excellent phase matching, and high power output, making them ideal for use in a number of industries.

Applications

SIT1602BC-73-XXN-4.000000D are used most commonly in the aerospace, networking, medical, and communication industries, given the wide variety of its capabilities and features. This oscillator is especially useful in high speed systems due to the combination of low jitter, low noise, and high output power.

For aerospace applications, this oscillator is proven in high-speed Ethernet, switching, and Gigabit serial data transmission. It is also frequently utilized for networking in high-end routers, switches, interface cards, and test and measurement equipment.

In the medical field, SIT1602BC-73-XXN-4.000000D can be found in medical devices used for monitoring and managing patient conditions. It is also used in communication applications including wireless technology, cellular phones, and other equipment requiring tight synchronization between units.

Working Principle

At the core of an oscillator are two main components: an active device and an LC circuit. An active device made up of transistors, diodes, amplifiers, or integrated circuits is responsible for supplying current and energy into the LC circuit. The LC circuit is comprised of a capacitor and inductor, whose electrical energy is then transferred between them. The result of this transfer is a sustained voltage, which is then utilized to construct the oscillator design.

In SIT1602BC-73-XXN-4.000000D, this voltage is used to drive the integrated oscillator circuit. This circuit is designed to meet frequency stability requirements, meaning this oscillator component is capable of providing a very stable output signal. The oscillator circuit also features voltage-controlled crystal oscillators, which are incredibly accurate—able to keep frequencies within a range of 6 ppm over temperature. This high accuracy is what makes this oscillator ideal for a number of applications, also enabling it to save space due to its small footprint.

Conclusion

Overall, due to its high accuracy, small form factor, and excellent performance at high switching speeds, SIT1602BC-73-XXN-4.000000D make an ideal choice for use in the aerospace, networking, medical, and communication industries. Possessing the ability to keep frequencies within a range of 6 ppm over temperature without taking up too much space or consuming too much power, this oscillator proves beneficial in most modern systems.

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