416F380X3CTR

Crystals

416F380X3CTR is an electro-mechanical tuning device based on vibration, mainly used in microwave frequency control and radio communication circuit system. In terms of application fields, 416F380X3CTR can be applied in radio receivers, microwave radio frequency subsystems, transceivers, satellite communication systems, navigational equipment, internal combustion engine control systems, frequency synthesisers, test and measurement systems and radar systems. In frequency communication systems, this device is capable of providing high stability for frequency control components, since it is able to suppress frequency drift and offset. With 416F380X3CTR, users are able to effectively minimize phase noise in their systems, and since it\'s an adjustable device, its production and performance parameters can be fine-tuned to save the cost and maximize reliability.

The working principle of 416F380X3CTR is based on the deviation of vibration frequency. Its design comprises four fundamental components: oscillator plate, mass, mount and resonance plate. Inside, there is a mechanical structure that can be moved and which generates oscillations with a certain frequency. These components are bonded together, and when a tension is applied to the oscillator plate, its frequency varies accordingly. Users can tune the frequency by adjusting the tension applied to the oscillator plate.

The device has adjustable corners that allow users to adjust the resonance frequency, cut-off frequency and over-tolerance. The range of possible adjustments is usually between 0.025% and 10%. It also has a narrow tolerance range which enables optimal performance in communication systems that require high-precision frequency control. The device also has a wide operating frequency range and is able to operate at frequencies ranging from 60MHz to 6GHz.

416F380X3CTR is widely used in various communication systems due to its excellent performance and reliable operation. In addition, this device is highly configurable, allowing users to fine-tune its parameters according to their specific needs. It offers high stability and low power consumption, making it a cost-effective solution for many frequency control applications.