402F27012IDT

Crystals

Crystals are a type of electronic component which are widely used in the implementation of electronic circuitry. Their most common applications include the generation of accurate frequency and timing signals, filtering, amplifying, building oscillators and providing resonant frequency to circuits. Crystals come in two main forms: small, low-cost and surface mount, and are know to deliver precision and stability in pulsed, narrowband and broadband applications.

One type of crystal which is widely used in electronic applications is the 402F27012IDT crystal. This is a quartz crystal which is used to generate precise frequency and timing signals in electronic circuitry. It is designed to offer the highest level of performance in the smallest physical size, and is available in both leaded and surface mount packages.

402F27012IDT Application Field

The 402F27012IDT crystal is commonly used in applications where precise frequency and timing signals are required. It is ideal for signals at frequencies between 10 and 40 MHz and can be tuned for precise operation with a variety of different parameters. Typical applications that use this crystal include personal computers, cell phones, satellite receivers, and a variety of industrial, automotive and military applications.

Working Principle of 402F27012IDT

The 402F27012IDT crystal works by accurately converting electric impulses into precise frequencies. It is manufactured using a unique crystalline structure, which allows it to respond accurately to applied electrical impulses. This response is characterised by a low frequency and precise frequency with minimal drift.

In order to achieve this precise frequency, the crystal must be connected to an oscillator circuit. This circuit is responsible for driving electrical impulses into the crystal, which causes it to vibrate at a precise frequency. The frequency of the oscillator circuit is adjusted using a frequency-adjusting capacitor, which allows for precise tuning of the oscillator frequency.

Once the precise frequency has been achieved, the crystal will maintain this precise frequency until the oscillator is disconnected. This allows the crystal to act as a precise reference for other components of the circuit, such as clocks, timers or any other devices that require a precise reference frequency.

The 402F27012IDT crystal is a very useful component for creating precise frequency and timing signals in any electronics application. Its design and construction allow it to deliver outstanding performance and stability in a wide range of applications.