402F2601XIDT

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 are fascinating objects, and they offer a variety of uses ranging from delicate jewelry pieces to scientific instruments. One such crystalline device is the 402F2601XIDT, a microminiature quartz crystal designed for use in the mobile and wireless communications industry. This crystal has become a popular choice due to its robust features, including enhanced stability, low power consumption, and ultra-compact design.

The 402F2601XIDT is a temperature-compensated, double-balanced crystal oscillator, or TCXO. This type of crystal oscillator utilizes two piezoelectric quartz crystals to generate an oscillating signal. As the temperature of the TCXO changes, the resonant frequency of the quartz crystals decreases. To compensate for this, the oscillator circuitry contains an internal temperature regulation circuit that fine-tunes the oscillator operation to maintain a stable frequency.

The 402F2601XIDT is optimized for the mobile and wireless industry\'s most widely used frequency bands. It offers integrated control functions, such as frequency adjustment and signal detection, that are essential for stable operation in these frequency bands. It also features low power consumption and a high level of stability.

The 402F2601XIDT is designed for use in applications from GSM and CDMA cellular phones to short-range wireless systems and navigation equipment. Its advanced performance and wide range of features make it an ideal choice for applications that demand highly accurate frequency control and low-power consumption.

The 402F2601XIDT is also suitable for audio and instrumentation applications, thanks to its tight frequency tolerance, excellent phase noise performance, and low input current requirements. These attributes make it a top choice for high-quality communications systems, as well as music electronics, such as guitar tuners and others.

At its core, the 402F2601XIDT works by producing an oscillating signal. The frequency of the signal is determined by the quartz crystal and can be accurately controlled by the internal circuitry. By comparing the output signal to a reference signal, the oscillator can ensure that the frequency does not drift and remains accurate. This ability to monitor the signal and make adjustments as needed makes the 402F2601XIDT an ideal semiconductor for precision control.

The 402F2601XIDT is an excellent choice for applications requiring robust frequency control. Its low power consumption, small size, and reliable performance, make it a popular choice for applications ranging from cellular phones and wireless systems to music electronics and instrumentation.

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