SG-9101CB-C02PHDBC

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Programmable Oscillators

A programmable oscillator, also known as a programmable clock oscillator, is a type of oscillator (electrical device that produces an AC or DC electrical signal) that can be configured to produce an output frequency. This enables users to optimize their products’ performance and save space and energy by replacing multiple fixed frequency oscillators with a programmable oscillator.

SG-9101CB-C02PHDBC is a programmable oven-controlled crystal oscillator (OCXO)featuring high-stability performance and precision output. This device is especially suited for applications in industrial, medical, defense, aerospace, metrology, and communications areas. It has wide range of frequencies and excellent phase noise inherent characteristics.

A programmable oscillator consists of a range of fixed frequency oscillators and its components including the crystal oscillator, frequency control circuit and an amplifier. The crystal oscillator is responsible for translating the signals from the power sources into an oscillation frequency. The frequency control circuit determines the oscillation frequency and controls the amplifier\'s output. The amplifier is used to boost the output frequency to an audible range. The programmable oscillator also contains an internal memory which can be used to store up to five customizable profiles. These profiles are programmed to produce different frequencies at different time intervals, allowing for multiplatform synchronization.

The process of programming a programmable oscillator starts with setting the frequency range and allowing the device to stabilize. Then, the desired frequency is chosen and the frequency control component is adjusted to reach the desired frequency. The oscillator is then ready to be programmed with the parameters of the profile. Once the settings are saved, the programmable oscillator can be used for its intended use.

The SG-9101CB-C02PHDBC is typically used as an essential component in RF equipment for trunked radio applications, base station transceivers, VSATs, GPS receivers, satellite and terrestrial communication systems, radar communication systems, and laboratory test equipment. It is able to provide stable and precise frequency control with frequencies ranging from 10.0MHz to 27.00MHz, adjustable in 5Hz increments.

The SG-9101CB-C02PHDBC has an internal temperature compensation feature that significantly reduces the aging characteristics of the oscillator over temperature when combined with its proprietary oven control circuit. Its high jitter performance helps to reduce the cycle-to-cycle jitter thereby allowing improved system performance. Additionally, it offers high-temperature stability, low noise performance, and low phase noise, making it an excellent choice for high-precision characterization, timing and synchronization requirements.

To sum up, the SG-9101CB-C02PHDBC is a highly reliable and robust programmable oscillator suitable for precision and high-precision applications. Its programmable functionality, high-stability performance, and precision output make it an ideal choice for industrial, medical, defense, aerospace, metrology, and communications markets.

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