402F260XXCLT

The 402F260XXCLT is an important crystal oscillator, long used in communication and frequency control applications. As a low-cost and highly precise oscillator, it can generate precise oscillating outputs at frequencies up to 10,000 kHz. Being a quartz crystal oscillator, the 402F260XXCLT is also temperature-stable, making it suitable for temperature-controlled or thermally-sensing applications, and is frequently used in systems requiring precise frequency control.

The 402F260XXCLT utilizes a quartz crystal element as its frequency-generating element. The quartz crystal is the heart of the oscillator circuit and is known for its stable and precise oscillation. The quartz crystal works by causing a charge to oscillate between two electrodes to create an electrical signal at the desired frequency. The size, shape, and essentially the properties of the quartz crystal determine the frequency at which this device will oscillate, as well as its stability in temperature and other parameters.

In order to produce frequency outputs, the 402F260XXCLT must be combined with a suitable drive amplifier, so that the electrical signal produced can be properly amplified and used in the desired application. The amplifier is a type of active circuit that amplifies an input signal and increases its power. This is an important part of the oscillator circuit because it is responsible for driving the crystal oscillator and providing a suitable output level.

The 402F260XXCLT is commonly used in communication applications such as cell phones and satellite radios, as well as in frequency control applications such as Frequency Modulation (FM) and Frequency Control (FCC). It is also used in navigation systems and precision timing equipment. It is well suited to be used in temperature-sensitive applications due to its temperature stability, and is also well-suited for use in vibration-sensitive applications due to its low frequency drift characteristics.

The 402F260XXCLT is a reliable and stable crystal oscillator capable of providing precise frequency outputs over a range of 10,000 kHz. Its use in various applications makes it ideal for a wide range of applications, from communication and frequency control to navigation and precision timing. The temperature stability of the 402F260XXCLT and its low frequency drift characteristics make it a superior choice for a variety of usage scenarios.