416F38013IDR

416F38013IDR Application Field and Working Principle

Crystals are used in electronics for their ability to precisely and accurately control electrical oscillation by frequency. The 416F38013IDR crystal is commonly used in consumer electronics and is a frequency-controlled video oscillator device. It is especially useful for synchronizing video signals from different sources.

The 416F38013IDR is a ceramic-packaged device that contains a quartz crystal. It has a very small tolerance range, is weather resistant, and works accurately over a wide temperature range. It is designed for commercial applications, with a 4.0MHz to 16.0MHz frequency range, allowing it to be used in many consumer products.

The 416F38013IDR operates by converting an electrical signal into a mechanical vibration. When the crystal is exposed to an alternating electrical current at its resonant frequency, a sound wave is generated that transfers the electrical energy into a mechanical wave. This mechanical wave is then amplified, creating a repeating oscillation circuit.

The output wave generated by the 416F38013IDR includes a pulse train, a carrier wave, and a waveform that are specifically designed for video signal synchronization purposes. The carrier wave carries the video signal information, while the waveform and pulse train are responsible for the stability and accuracy of the signal.

The 416F38013IDR is used in a wide range of consumer electronic products, including DVD players, LCD televisions, and various gaming and audio visual systems. It is an essential component for providing synchronization and accurate audio and video playback.