416F38412IDR

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Crystals

The 416F38412IDR is an integrated crystal that is manufactured by the company Integrated Device Technology and is commonly used in the consumer industry. The device is an all in one solution, providing both a crystal oscillator integrated circuit and a crystal resonator. It is a low cost, reliable alternative to a discrete crystal oscillator and resonator component, and is suitable for both surface and through-hole mounting.

The 416F38412IDR has a range of applications in the consumer industry. It can be used for timekeeping, clock synchronization, and synchronization of data transmissions. It is commonly used in consumer products such as radios, televisions, personal computers, and mobile phones. The 416F38412IDR is also used in industrial automation, surveillance, and military communication systems.

The 416F38412IDR contains a frequency control circuit that is used to tune the resonator frequency, ensuring that the output clock remains constant. The device also contains a temperature control circuit that monitors the temperature of the crystal and adjusts the oscillator frequency accordingly.

The 416F38412IDR is based on the PLL (Phase Locked Loop) architecture, which is a feedback mechanism that uses a reference clock to control the crystal frequency. It works by implementing a voltage-controlled oscillator (VCO) and a phase detector circuit. The VCO is connected to the crystal and is used to generate the oscillator output, while the phase detector circuit compares the reference clock signal to the oscillator output to ensure that it remains constant.

As the temperature of the crystal changes, the 416F38412IDR monitors it and adjusts the oscillator frequency accordingly. The device monitors the temperature of the crystal by measuring the output characteristics of the crystal and adjusting the frequency if necessary. This ensures that the crystal remains stable and the output clock is not affected by temperature fluctuations.

The 416F38412IDR has a wide range of advantages over traditional discrete crystal oscillators and resonators. As an all-in-one component, it is much more cost effective and reliable than a discrete component. Additionally, the device is also much more accurate and reliable than a standard discrete component, ensuring that the oscillator output remains constant even under extreme temperature changes.

In conclusion, the 416F38412IDR is an integrated crystal designed by Integrated Device Technology, which can be used in a wide range of consumer and industrial applications. The device is based on the PLL architecture and contains a frequency control circuit and a temperature control circuit, allowing it to remain stable even in extreme temperatures. As a low cost, reliable alternative to discrete components, the 416F38412IDR is a popular choice in the consumer and industrial electronics industries.

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