SIT8008AIB3-25E

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The SIT8008AIB3-25E is a hybrid-integrated Programmable Oscillator (hybrid-PO) integrated oscillator module that utilizes a MEMS resonator as the core component and combines the compatibility, accuracy and stability of a quartz crystal with the flexibility of a programmable oscillator. The SIT8008AIB3-25E can be used in a variety of applications such as clocks, oscillators, timers, and sensors in industrial, medical, communications, computer, and automotive systems. This article will discuss the application field and working principle of the SIT8008AIB3-25E.

Application Field

The SIT8008AIB3-25E is a hybrid-integrated Programmable Oscillator (hybrid-PO) module that provides an extremely accurate and stable timing solution for frequency generation and application. With a high frequency stability of ±3.5 ppm and an operating frequency range of 3.50MHz to 170MHz, the SIT8008AIB3-25E can be applied in a wide variety of applications, such as industrial, medical, communications, computer, and automotive systems.

The SIT8008AIB3-25E is ideal for use in applications that require a reliable and accurate frequency source. Its low power consumption makes it a great choice for portable and battery powered applications, such as cell phones, GPS systems, and other wireless devices. In addition, the SIT8008AIB3-25E offers excellent temperature stability, making it a great choice for use in temperature-sensitive applications such as temperature controllers and thermostats.

The SIT8008AIB3-25E also has a wide input voltage range, making it well suited for use in power supply applications. Its low jitter and wide frequency range make it perfect for use in multi-phase clock circuits, high-performance communication systems, digital signal processors, and phase-locked-loop (PLL) designs.

Working Principle

The SIT8008AIB3-25E utilizes a MEMS resonator as the core component, combining the compatibility and accuracy of a quartz crystal with the flexibility of a programmable oscillator. The resonator is constructed of two masses which are fabricated by MEMS technology and are connected by electrostatic force. This design enables the resonator to produce a very stable and accurate frequency output.

The SIT8008AIB3-25E also incorporates a programmable chip, which allows the user to program the output frequency up to the limit set by the resonator. Further, the SIT8008AIB3-25E utilizes a wide temperature range to ensure the best accuracy and frequency stability for the application. In addition, the SIT8008AIB3-25E uses a low-noise frequency synthesizer to provide the best signal integrity in noisy environments.

The SIT8008AIB3-25E also boasts a wide input voltage range and low power consumption, making it an ideal choice for use in situations such as portable and battery powered applications. The SIT8008AIB3-25E offers a high frequency stability of ±3.5 ppm and an operating frequency range of 3.50MHz to 170MHz. The wide voltage range, low power consumption and high frequency stability make it an ideal choice for a variety of applications.

In conclusion, the SIT8008AIB3-25E is a hybrid-integrated Programmable Oscillator (hybrid-PO) integrated oscillator module that utilizes a MEMS resonator as the core component and combines the compatibility, accuracy and stability of a quartz crystal with the flexibility of a programmable oscillator. The SIT8008AIB3-25E is ideal for use in applications that require a reliable and accurate frequency source, such as clocks, oscillators, timers, and sensors in industrial, medical, communications, computer, and automotive systems.

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