514MAB000107BAGR

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Programmable Oscillators provide a more flexible, efficient and cost-effective alternative to the traditional quartz crystal oscillators that are commonly used for timing and frequency control. The 514MAB000107BAGR is a programmable oscillator from SiLabs that offers excellent frequency stability and reliable performance. This oscillator is available in three different versions with different outputs and can be programmed through either SPI or I2C interface.

The 514MAB000107BAGR is designed for use in a wide range of applications such as automotive, consumer electronics, mobile devices, medical equipment, remote sensing, and infrastructure. This programmable oscillator can provide accurate timing for low-power, high-precision systems. It offers excellent frequency flexibility, programmable output settings, and low-power operation. The oscillator is also available in multiple package sizes and various frequency ranges.

The 514MAB000107BAGR oscillator operates on the principle of crystal resonance. The oscillator uses a crystal resonator as the frequency determining component. The crystal resonator consists of two plates of quartz that are cut in a specific manner and held together by a quartz base. The two plates are then subjected to an alternating voltage, creating an oscillating current. This current is then used to generate an output signal.

The 514MAB000107BAGR has the ability to produce a wide range of frequencies and output settings that can be programmed via SPI or I2C interface. This allows the oscillator to be adjusted to match different application requirements. The oscillator has a programmable centre frequency range from 1 MHz to 200 MHz and an output frequency range from 20 kHz to 200 MHz. The oscillator also has a programmable band gap setting for temperature compensation and stability.

The 514MAB000107BAGR can be used in various applications due to its wide frequency range, low power consumption, and reliable performance. It is suitable for use in automotive systems, consumer electronics, medical equipment, network infrastructure and remote sensors. This programmable oscillator provides an efficient, cost-effective alternative to traditional quartz crystal oscillators.

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