416F24011CTR

416F24011CTR Application Field and Working Principle

The 416F24011CTR crystal is a highly stable device that is used for frequency control, or in this case, timing applications. It is commonly used in consumer electronics such as remote control units and other small computing devices. The crystal operates as a frequency control device by providing a frequency reference that is controlled by an external oscillator or clock signal.

The 416F24011CTR crystal consists of two crystal pieces that are joined together within a metalized ceramic housing. An oscillator circuit is formed by connecting a piezoelectric resonator between two electrodes. The electrodes ensure that an electric field is formed around the crystal pieces, causing an oscillator effect. This field will act to reduce any lagging or leading of the crystal’s frequency. The crystal frequency is usually set through the use of a fixed capacitance device, either external or on the surface of the crystal itself.

The 416F24011CTR crystal is designed to work within a temperature range of -15°C to +85°C, making it suitable for use in many consumer devices and industrial applications. The frequency range for this type of crystal is typically between 10MHz and 24MHz. It is also capable of operating with an extremely small power consumption of just 0.36mA at 3.3V.

The 416F24011CTR crystal is a highly efficient and reliable device and is the product of choice for many electronic applications. It offers superior frequency stability with low power consumption and is often used in remote control units, handheld devices and other small computing applications. Also, due to its small and compact size, these types of crystals can easily be integrated into a variety of circuit designs, enabling a wide range of timing and frequency control capabilities.