DSC400-0111Q0087KI2T

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Pin Configurable/Selectable Oscillators are a type of oscillator tailored to meet the requirements of specific customer needs. They offer a wide range of solutions to meet customer needs, and are designed to offer low power consumption and high performance. The DSC400-0111Q0087KI2T is a highly configurable oscillator tailored to provide programmable performance and flexibility in a small form factor. By combining advanced features, a high-performance oscillator, and a small form factor, the DSC400-0111Q0087KI2T provides customers cost effective solutions for applications requiring programmable and accurate control.

Application Field

The DSC400-0111Q0087KI2T is used in applications ranging from consumer electronics, industrial and automotive electronics, instrumentation and control systems, telecommunications, aerospace and defense. Its features make it ideal for applications requiring precise frequency control or programmable performance.

In consumer electronics, the oscillator provides consumer products with low power consumption combined with high performance. This is especially important in consumer products where accuracy, programmability, and reliable operation are crucial. Additionally, the small form factor makes it ideal for applications where space is at a premium. In telecommunications, the oscillator is used to provide precise frequency control and programmability, allowing the user to design the system to best suit their needs.

In industrial and automotive electronics, the oscillator is used to accurately and reliably control and monitor systems and equipment. The small form factor and low power consumption are made possible by its integrated features, making it ideal for applications where space is at a premium or power is limited. Additionally, the wide range of frequencies and programmability make it ideal for accurately controlling various machines and equipment.

In aerospace and defense applications, the oscillator offers high performance and accuracy coupled with low power consumption. Its features make it ideal for applications requiring fast and reliable frequency control or programmable performance. Additionally, it is ideal for use in electronic systems where size and weight are important factors.

Working Principle

The DSC400-0111Q0087KI2T is designed to provide programmable performance and flexibility in a small form factor, while also consuming less power than other solutions. It is composed of a silicon PLL chip and a MEMS oscillator. The MEMS oscillator is integrated into the silicon PLL chip and provides high-accuracy stable frequency control. The MEMS oscillator is also used as the main source of frequency control, as its stability and accuracy are better than traditional quartz oscillators. The silicon PLL chip also provides programmable performance, allowing for precise frequency control and a wide range of frequencies. The small form factor of the oscillator also allows it to be used in applications where space constraints are of importance.

The working principle of the oscillator is simple. The MEMS oscillator is integrated in the silicon PLL chip and the silicon PLL chip is used to regulate and control the frequency of the MEMS oscillator. The output signal is then fed back to the silicon PLL chip, which is used to ensure precise and stable frequency control. The PLL also provides programmable tuning, allowing the user to select a specific frequency range and program the oscillator to produce signals at that frequency range.

The DSC400-0111Q0087KI2T is a highly configurable oscillator that provides customers with the ability to program and control the frequency of their products with precision and accuracy. Its features, performance, and small form factor make it ideal for applications requiring programmable performance and frequency control. It provides low power consumption and excellent performance, making it an excellent choice for applications requiring precise frequency control or programmable performance. Additionally, the wide range of frequencies and programmability provide greater flexibility to the customer when designing their systems.

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