416F36033CAT

416F36033CAT is a type of crystal oscillators widely used across various products and applications areas. It is used to provide clocks, timing and radio signals. The 416F36033CAT crystal oscillator is developed by Symmetricom and has a number of technical characteristics that make it suitable for different applications.

The 416F36033CAT crystal oscillator features a low power consumption, a wide frequency range, an ultra-low intrinsic jitter, and a high stability of frequency and output power. Its operating temperature range is from a minimum of -40°C to a maximum of +85°C. This performance and stability combined with its low power consumption makes it a suitable candidate for various applications.

The 416F36033CAT is primarily used in telecommunications and networking equipment, medical facilities, data acquisition and control systems, military radar systems and positioning systems. The oscillator can also be used in high performance satellites and inertial navigation systems.

The working principle of the 416F36033CAT crystal oscillator is based on the generation of a steady frequency signal. This is done by making use of the mechanical and electrical interaction between the quartz crystal and its surroundings. The crystal creates a unique resonance frequency when excited by an external electrical current or voltage. This resonance frequency is then coupled with an electronic circuit and amplified to a specified output level.

The crystal oscillator is a highly reliable device, capable of serving various applications for many years without any maintenance. It is also resistant to a variety of environmental conditions such as temperature and pressure. The overall reliability of the 416F36033CAT is one of the reasons why it is used in so many applications.

In summary, the 416F36033CAT crystal oscillator is a highly reliable and versatile timer that is suitable for a variety of applications. Its features, such as a wide frequency range, a low power consumption, a high stability and an ultra-low intrinsic jitter, make it suitable for various military and civilian applications. Its ability to generate a steady frequency signal makes it a reliable and trusted choice.