416F25012IDT

416F25012IDT Application Field and Working Principle

416F25012IDT is a miniature horizontal surface mount crystal oscillator that delivers high precision and low power consumption in stationary and mobile applications. It is an important element in many applications requiring very precise timing accuracy and extremely low power consumption, such as communications, GPS receivers, medical instruments, and smart meters. This article will introduce the application field and working principle of 416F25012IDT.

Application Field

416F25012IDT is suitable for various types of electronic products, such as mobile phone, iPhone, Type-C laptop, etc. It is widely used in the manufacture of electronic products, including communications, GPS receivers, medical instruments, smart meters, etc. In addition, it is also suitable for applications that require precise timing accuracy and low power consumption, such as aerospace systems, automotive electronics, and wireless infrastructure.

For example, 416F25012IDT can be utilized as an oscillator in a variety of communications devices, such as satellite modems, WLAN access points, IEEE 802.15.4- and Zigbee-based products, WiMAX bases and mobile broadband applications. It also can be used in short-range wireless communication systems, such as Bluetooth, for precise timing and low power consumption. In addition, it is also suitable for applications involving precise time synchronization in medical equipment, such as heart rate monitors, or in navigation systems such as GPS.

Working Principle

416F25012IDT utilizes a quartz crystal to vibrate periodically at a precise frequency to generate a precise clock signal. The basic structure of 416F25012IDT consists of a silicon integrated circuit (IC), quartz crystal resonator, and a miniature glass package. The quartz crystal resonator is placed between two electrodes on the IC. When a voltage is applied to the electrodes, the quartz crystal vibrates. The frequency of the vibration is equal to the resonant frequency of the quartz crystal. This frequency, which is typically around 32kHz, is used to generate the clock signal.

The clock signal is generated through a feedback circuit. The IC produces an oscillating signal with a frequency determined by the quartz crystal resonator. This signal is then fed back to the electrodes which, in turn, causes the quartz crystal to vibrate at the same frequency. The clock signal is then output from the IC.

In addition to generating the clock signal, 416F25012IDT also provides various features to improve the performance of the device. These features include a built-in voltage regulator, temperature compensation, and an adjustable frequency range. All of these features combined make 416F25012IDT an ideal choice for applications requiring precise timing accuracy and low power consumption.