SIT1602AIR1-XXE

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SIT1602AIR1-XXE is a programmable oscillator that is available from a number of widely available suppliers. The device is based on a custom MEMS oscillator design, and is capable of generating a wide range of frequencies in both the internal and external oscillator modes of operation, providing greater flexibility and function than many other oscillators.

The SIT1602AIR1-XXE programmable oscillator has a variety of application fields, such as data transmission and storage, software defined radio, base station applications, and frequency synthesis. In data transmission and storage applications, the SIT1602AIR1-XXE can be used to generate reliable and stable clock signals, to ensure successful data transmission. The programmable oscillator can also be used to generate a wide range of frequency components for software defined radio for inter-station communication and base station applications. In addition, frequency synthesis can rely on the SIT1602AIR1-XXE to generate multiple frequencies from a single source.

The main working principle of the SIT1602AIR1-XXE is the generation of a wide frequency range from its custom MEMS oscillator design. The oscillator consists of two components, a MEMS-based oscillator cell and a programmable interconnect circuitry. The oscillator cell contains dedicated thin film components, such as capacitors and resistors, which are connected in a way to enable the oscillator to produce a wide frequency range. The interconnect circuit is adjustable and is used to program the frequency range of the oscillator.

The SIT1602AIR1-XXE also includes a variety of control signals, such as a power-on reset and a program enable signal. In addition, the oscillator has flexible output configurations, enabling different combinations of output frequencies depending on the application. Furthermore, the oscillator supports a wide temperature range and is capable of sustaining temperatures up to 125°C.

To sum up, the SIT1602AIR1-XXE programmable oscillator can be used in a variety of application fields, such as data transmission and storage, software defined radio, base station applications, and frequency synthesis. Its working principle is based on a MEMS oscillator cell and a programmable interconnect circuitry, which enable the oscillator to generate a wide range of frequencies. The oscillator is also capable of sustaining high temperatures and includes control signals and flexible output configurations.

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