416F37023ASR

416F37023ASR Application Field and Working Principle

416F37023ASR is an advanced level crystal resonance unit developed by Harrington Aerospace that utilizes the advanced know-how of emission technology and the unique features of electromagnetic leaching to create accurate and reliable frequency data. This module is primarily used in the defense, aerospace, and other high-frequency signal related fields.

Application Field

The 416F37023ASR is ideal for applications in the defense and aerospace industries that require the reliable and accurate frequency data for their signals. It is also used in mission-critical applications and is known for its dependable performance in harsh environments. This module is also used for GPS signal tracking, radio communication, radar tracking, and many other applications that require high-frequency signal data.

Working Principle

The 416F37023ASR works on the principle of a crystal oscillator. This module utilizes a specially designed chip to transform the frequency of the incoming signal into a lower frequency electrical signal. This signal is then passed through a series of filters and adjustors to compensate for the frequency changes and environmental noise. Once the signal has been adjusted, it is sent to the output where it can be used to measure and set the desired frequency.

Advantages

The 416F37023ASR has several advantages over conventional crystals. It provides accurate and reliable frequency data, is easily configurable from the front panel, and is greatly resistant to temperature and pressure changes. The module is also highly resistant to shock and vibration, and it is small enough to be used in even the most confined spaces. Additionally, the module is well-equipped with protective features such as a built-in ESD protection circuit.

Conclusion

The 416F37023ASR is a highly advanced crystal resonance module designed for highly demanding applications in the defense and aerospace industries. This module offers many advantages over conventional crystals, such as its small size, reliable frequency data, and protection against environmental and mechanical shocks. Thanks to these features, the 416F37023ASR can provide reliable and accurate frequency data even in the most demanding conditions.