SG7050CAN 12.000000M-TJGAB

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Oscillators

The SG7050CAN 12.000000M-TJGAB is a type of oscillator, a circuit used to generate continuous waveforms in electronic devices. As with other oscillator designs, the SG7050CAN 12.000000M-TJGAB consists of a feedback loop containing components that interact with one another to produce signal instability in order to keep the output signal at a constant frequency. The SG7050CAN 12.000000M-TJGAB is able to maintain a frequency stability within ± 2 PPM over a wide temperature range.

Oscillators are used in countless types of electronics and electronic systems, including clocks, radios, televisions, cell phones, computers and automotive applications. In addition to producing a constant signal frequency, oscillators can also be used to create an oscillating voltage (sine wave) and can be used as a reference for amplifiers and other circuits.

The SG7050CAN 12.000000M-TJGAB is a temperature compensated crystal oscillator, which means that it utilizes two crystals, one for the actual oscillation and one as a compensator. The compensator crystal is temperature sensitive and helps maintain the oscillation frequency accuracy within ± 2 PPM. The SG7050CAN 12.000000M-TJGAB utilizes a Symmetricom C2MOS based integrated circuit, a technology that is PLL based (Phase Locked Loop), which helps provide accurate and stable frequency control.

The SG7050CAN 12.000000M-TJGAB is available in a variety of package and pin configurations with varying supply voltages. It is typically used in applications such as clock generation, frequency control, and frequency synthesis. The SG7050CAN 12.000000M-TJGAB also has a fast settling time (<2.0ms at 1V) and a low output impedance, making it an ideal choice for digital circuitry.

The SG7050CAN 12.000000M-TJGAB offers cost-effective solutions for frequency control in a variety of applications. It offers a high level of performance and reliability, and an efficient working principle. It is also an ideal choice for both low voltage and high voltage applications. Its low EMI allows for applications in an EMI-sensitive environment. Furthermore, it requires minimal external components and is RoHS-compliant.

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