402F50011CLR

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Crystals are widely used electronic components in various electronic products, such as computer, mobile phones, audio products, and automobile industry. The 402F50011CLR is an oscillator circuit comprised of an active device and a crystal. It helps the active devices to receive signals strong enough to transmit power. Through the combination of the crystal and active components, the 402F50011CLR helps to generate a specific frequency that can be used to optimize performance. Let’s take a closer look at the field of application and working principles of the 402F50011CLR.

The application field of the 402F50011CLR mainly roughly divides into four types, which are embedded control system, peripheral device, communication system and other applications. Embedded control system includes vehicle navigation system, game console and DVD, which combines the crystal and the processor. Peripheral device usually requires frequency calibration and phase-locked loop. It mainly involves the motor, air conditioning regulator, electric meter and so on. The communication system primarily involves ROM with programmable frequency and low phase noise used in satellite communication application. And the other applications mainly involve the RF transceiver like two-way radios and remote controlled toys.

The working principles of the 402F50011CLR mainly depend on the fundamental properties of crystals. A crystal is capable of emitting constant frequency. When power is applied, the crystal will oscillate at its resonant frequency. This oscillating frequency will be used as a reference in order to stabilize and regulate the frequency output by the active device. As the crystal oscillator works, the crystal will vibrate in a very short period of time and produce an electric current that will be applied to the active device. The active device will convert this electric current into an output signal with a frequency that is the same as the frequency of oscillation of the crystal.

The 402F50011CLR also provides additional features that provide better stability. For instance, the 402F50011CLR features a temperature stabilization system to enhance its long-term stability. This system enables the device to automatically adjust its frequency in response to changes in temperature. Another feature of the 402F50011CLR is that it can be configured for differential or single-ended output. This allows the device to be applied in different applications. Additionally, the 402F50011CLR can also be integrated in a system where the crystal and active device are housed in a single package, providing an increased level of cost savings.

In conclusion, the 402F50011CLR is an oscillator circuit comprised of an active device and a crystal. It has several applications in embedded control system, peripheral devices, communication system and other applications. It works by using the fundamental properties of the crystal to generate an electric current that can be used by the active devices to produce an output signal with a frequency that is the same as the frequency of oscillation of the crystal. The 402F50011CLR also offers additional features like temperature stabilization and integrated single package configuration in order to increase efficiency and cost savings.

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