416F36011CLT

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Crystals are essential components in many industries. They can be used to create transistors, oscillators, and many other devices. The 416F36011CLT is a crystal quartz crystal oscillator and is commonly used for frequency stabilization and timing control in a variety of communications, automation, medical, and industrial applications.

The 416F36011CLT is an ultra-precision crystal oscillator with an excellent frequency pull range, low phase noise characteristics and low jitter. The device is housed in a hermetically sealed package to provide maximum protection against environmental factors. It consists of a crystal resonator and an integrated circuit (IC) connected to a quartz crystal plate. This crystal plate is then mounted between two metal electrodes on the IC.

The 416F36011CLT crystal is designed to serve as a macro-f active loop oscillator with a frequency stability of ±1e-12 at the 27MHz range and a frequency pull range of ±100ppm. The frequency stability range is twice as high as competing products and the frequency pull range is higher than what can typically be found on other oscillators. The crystal exhibits exceptional noise levels and jitter, making it one of the most reliable oscillators on the market.

The 416F36011CLT crystal has a temperature stability of ±10ppm across the operating temperature range of -40 to 85°C. This makes the crystal suitable for a wide range of applications. It can be used in medical equipments, measurement instrumentation, communications systems, automotive components, and many other applications.

The 416F36011CLT crystal operates by using the vibration generated by the frequency of a quartz crystal plate to control the cycle of an oscillator. This oscillator consists of an amplifier, usually a transistor, and an RC circuit. This RC oscillator circuit is the heart of the frequency stabilization technique. The quartz crystal plate works as a resonator and the amplifier amplifies the frequency of the oscillator.

When an electrical signal is applied to the crystal plate, the plate vibrates at its resonant frequency. This vibration is sensed by the amplifier and in turn, amplifies the vibrating waves at the same frequency. The amplified frequency then drives the RC oscillator circuit and the cycle is repeated.

The 416F36011CLT crystal is an ultra-precision crystal oscillator that can be used in a variety of applications. It is a stable, reliable device that can provide accurate timing in environments where a stable frequency is required. The crystal is housed in a hermetically sealed package and has an operating temperature range of -40 to 85°C, making it suitable for a wide range of applications. Its excellent frequency pull range, low phase noise characteristics and low jitter make it a desirable choice for many industries.

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