579S128CTT

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The 579S128CTT is an oscillator that is part of a larger family of oscillators referred to as Programmable Highly Intensive Oscillators or PHIs. The 579S128CTT is a small, low-power, 6-pin oscillator that has an excellent temperature stability of 0.1ppm/°C. It uses either an active or passive output waveform at frequencies up to 1.2MHz. Accurate temperature compensation is used to keep the 579S128CTT\'s frequency stable over a range of operating temperatures. The oscillator can also be programmed to specific frequencies.

The 579S128CTT oscillator has many possible applications in communication, computing, control and medical fields. It is often used as a reference clock in digital systems, such as for microprocessors and digital signal processing applications. It is also used to provide an accurate frequency standard for test and measurement equipment as well as in the synchronization of multiple clock signals. It is also used for providing a low jitter clock for clocking data into a communications system or providing an accurate time reference for a network or satellite system.

The working principle of the 579S128CTT is based on the use of a quartz crystal as a resonator. Quartz crystals have a known frequency stability that is much higher than traditional mechanical oscillators. The 579S128CTT uses a quartz crystal and a specialized oscillator circuit to generate an accurate frequency output. The circuit contains a device called a varicap, which is used to program the frequency of the oscillator. The oscillator circuit is also tuned to account for temperature variations.

The 579S128CTT oscillator is a reliable and cost-effective solution for applications where a stable frequency is essential. Its excellent temperature stability, accuracy, and low power consumption make it ideal for demanding applications. Its small size and 6-pin design make it suitable for applications where space is limited. It is a reliable and affordable solution for providing an accurate reference frequency.

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