416F48035ILR

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Crystals are an integral part of modern electronics and communications systems and have been around since the dawn of time. They consist of a solid material, typically crystalline in structure, and contain electrical properties that allow it to be used to create a high-precision oscillator circuit. The most commonly used type of crystal is the 416F48035ILR, which is used in many different applications and systems, ranging from radar and imaging equipment, to digital clocks, GPS devices, and more.

The 416F48035ILR is a high-precision crystal oscillator with excellent temperature stability and accuracy. It is an important component for many applications requiring precise timing, including watches, computing and communications systems. The crystal has two electrodes, which are connected to a series of minute silver particles. The crystals resonant frequency is determined by the vibration of the particles, which can be controlled by applying various voltages to the electrodes.

The 416F48035ILR application field is made possible by its versatility and accuracy. It can be used for a number of different electronic applications, such as clocks, AC current metering, radio frequency detection, and many others. The oscillator also has a wide range of operating temperature range, making it an ideal choice for precision timekeeping under extreme conditions. The crystal is also used in mobile devices, satellite communication systems, avionics, automotive sensory systems, and a host of other applications.

The 416F48035ILR working principle lies in its oscillation frequency, which is determined by the vibration of the silver particles inside the crystal. The larger the silver particle, the higher the frequency. The applied voltage changes the vibration pattern of the particles, reducing or increasing the oscillation frequency. As the frequency changes, the crystal changes the electrical charge in the electronic circuit, allowing for precise timing and control of the electronic components surrounding it.

The 416F48035ILR also has a feature called "tcc", which stands for "temperature compensated crystal oscillator". This feature allows for the crystal to self-correct when exposed to changes in temperature, helping ensure accuracy and stability in the oscillator\'s performance. This is an invaluable feature, as it enables the crystal to maintain accuracy even in extreme conditions.

The 416F48035ILR is an important component in many of today\'s electronic systems and applications. Its accuracy and temperature stability makes it an ideal choice for many applications, from radar and imaging equipment, to digital clocks and GPS devices. With its versatile operating temperature range, its tcc feature, and its excellent accuracy, the 416F48035ILR is an invaluable part of many electronics systems.

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