416F37435CTR

Crystals have many different applications, ranging from food and drink processing to high tech communication systems. The 416F37435CTR crystal is a modern component used in high tech communication systems. This article discusses the application field and working principle of the 416F37435CTR crystal.

Properties of Quartz Crystal

The 416F37435CTR crystal is an AT-cut quartz crystal. Quartz crystals have the special properties of accurate frequency stability and temperature stability. Quartz is an electro-mechanical component that vibrates at a precise frequency. The 416F37435CTR crystal is a low-profile component that is 16 mm x 16 mm in size and 3.2 mm thick. It is a hermetically sealed component made from stainless steel. The oscillation frequency of the crystal can be adjusted by optimizing the internal parameters.

Application Field of 416F37435CTR Crystal

The 416F37435CTR crystal has a working frequency range of 38 to 50 MHz. It is mainly used in frequency-tunable communication systems such as cellular phones, PHS, FM and satellite systems. It has high sensitivity, low power consumption and excellent quality. In addition, it can be used in radar systems, navigation systems and other communication systems that require an accurate frequency reference.

Working Principle of 416F37435CTR Crystal

The working principle of the 416F37435CTR crystal can be described using the analogy of a tuning fork. The crystal is a precision component composed of quartz and electrodes. When a voltage is applied to the electrodes, the quartz begins to vibrate at a specific frequency due to the piezoelectric effect. The frequency of the oscillation is determined by the size and shape of the quartz. The oscillation frequency of the 416F37435CTR crystal is between 38 and 50 MHz.

The vibration of the quartz is controlled by the resonant circuit in the crystal. The resonant circuit consists of a series of capacitors and inductors that are connected in parallel. This circuit is tuned to the operating frequency of the crystal and amplifies the signal. The amplified signal is then output from the crystal.

Conclusion

The 416F37435CTR crystal is a low-profile AT-cut quartz crystal with a working frequency range of 38 to 50 MHz. It is mainly used in frequency-tunable communication systems such as cellular phones, PHS, FM and satellite systems. It has high sensitivity, low power consumption and excellent quality. The working principle of the crystal can be described using the analogy of a tuning fork. The quartz vibrates at a specific frequency when a voltage is applied to the electrodes, and the frequency of the oscillation is determined by the size and shape of the quartz. The vibration is then amplified by the resonant circuit before being output from the crystal.