NX1255GB-24.000000MHZ Crystals, Oscillators, Resonators

NX1255GB-24.000000MHZ is a type of crystal oscillator, and it is frequently used in many diverse applications, ranging from high frequency radio equipment, communication systems, and industrial and medical instrumentation. This type of crystal oscillator is designed to produce an accurate frequency signal at 24.000000MHz, and is often used as a reference signal to stabilize other signals or systems that require an accurate timing source. This article will explain the application field and working principle of the NX1255GB-24.000000MHZ crystal oscillator.

The NX1255GB-24.000000MHZ crystal oscillator can be used in a wide range of applications, such as satellite communication systems, mobile telephony, and military equipment. Specifically, it is used in satellite communication systems to stabilize the Wideband CDMA (WCDMA) signal, used in mobile telephony to conduct Zero IF (ZIF) signal filtering, and used in military equipment for radar. This type of crystal oscillator is also used in signal processing equipment where precise and precise timing is required, such as signal frequency synthesis and signal modulation/demodulation.

The working principle of the NX1255GB-24.000000MHZ crystal oscillator is based upon the piezoelectric effect. When a voltage is applied to a crystal, it will generate a mechanical stress, thus causing the crystal to vibrate at a precise frequency. The vibration of the crystal is then amplified and filtered by an external circuiting and connected to an amplifier, which amplifies it to the appropriate level needed. This amplified signal is then used as a reference signal to drive other electronic devices.

The NX1255GB-24.000000MHZ crystal oscillator is an extremely precise and reliable oscillator, and can be used in various applications requiring exact and high precision timing. Its working principle is based upon the piezoelectric effect, which is utilized to generate a precise frequency signal at 24.000000MHz. The crystal oscillator can be used in satellite communication systems, mobile telephony, military equipment, and other applications that require precise and accurate timing.