416F4061XCTR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals play an important role in electronics and optics. They are the building blocks of electronic circuits, small lenses and optical amplifiers. The most common form of crystal is the quartz crystal, which has been used in electronics since the 1930s. Quartz crystals are used in a variety of applications including radio transmitters, receivers, warning systems and clocks. In more recent times crystals have become an important component in digital imaging technology and are used in digital cameras to allow for greater image resolution and for faster image processing.The 416F4061XCTR is one such crystal that is used in the digital imaging field. This crystal is designed to provide high frequency resolution and low noise performance for camera applications. As its name implies, the 416F4061XCTR is a frequency-controlled crystal oscillator. It is an integrated device which houses both the oscillator and its control circuitry in a single package. The device is designed with an unprecedented low power consumption and ultra-long service life which makes it ideal for use in digital cameras.The frequency oscillator of the 416F4061XCTR relies on the principles of piezoelectricity to generate an oscillating signal. Piezoelectricity is the property possessed by certain crystals which enable them to change shape when a voltage is applied to them. In the 416F4061XCTR, the quartz crystal is subjected to an alternating current signal which causes the crystal to vibrate at a specific frequency. The frequency of this vibration is determined by the size and shape of the crystal. The frequency of the signal is controlled by a feedback loop which adjusts the frequency so that it is always at the desired value.The 416F4061XCTR is designed to operate at a frequency known as the fundamental mode. This is the fundamental frequency at which the crystal is most efficient. It is obtained by cutting the crystal in a specific shape and size which is typically a triangle shape. The crystal can then be subjected to other frequencies which are known as the harmonic modes. These frequencies will not be as efficient as the fundamental mode but can provide added flexibility for the image processor.The 416F4061XCTR also features a built-in temperature compensation circuit which is used to maintain the crystal’s frequency over a range of temperature. This ensures that the crystal will remain at the exact desired frequency at all times. The crystal is also designed to withstand a great deal of shock and vibration, which is important for digital imaging applications.Overall, the 416F4061XCTR crystal is an ideal choice for digital imaging applications and other sensitive electronic applications. It provides high frequency resolution, low noise performance and long service life. The crystal is also easy to use and cost effective, making it a popular choice for many applications. With its wide range of features and capabilities, the 416F4061XCTR crystal has become an indispensable component in modern electronics.

The specific data is subject to PDF, and the above content is for reference