SG5032CAN 6.780000M-TJGAB

Oscillators are widely used components in electronic circuits. The SG5032CAN 6.780000M-TJGAB oscillator is an especially efficient device, and is employed in various applications thanks to its excellent properties.

The SG5032CAN 6.780000M-TJGAB is a single-package quartz crystal oscillator. It comes in a plastic ceramic package with low profile and is ideal for use in space-constrained design. The oscillator is equipped with a variety of frequency ranges and above-average temperature stability. This allows it to function in a wide range of temperatures and environments, greatly improving its versatility.

The oscillator offers a wide frequency range from 1 MHz to 64 MHz. It also features an exceptionally low temperature drift coefficient of up to 2 ppm/°C. This guarantee’s the timebase accuracy, and minimizes unexpected jitter and frequency deviations. As a result, the device is excellent for multipoint timing applications, where all system components must operate in tight synchronization.

The oscillator operates using quartz crystal resonators. These components oscillate at a fixed frequency range, which is determined by their specific crystal structure. A built-in oscillator circuit drives the crystals and amplifiers their output signal before transmitting it to the output terminals. The circuit also includes a temperature control loop, which helps maintain a more consistent output frequency despite environmental changes.

Finally, the oscillator features a voltage-controlled frequency adjustment option. This allows the user to configure it to operate within a smaller or larger frequency range by adjusting the control voltage. With this feature, this device can easily be tailored to fit a variety of applications.

The SG5032CAN 6.780000M-TJGAB is an excellent choice for nearly any frequency-demanding design. Its reliability, accuracy, and versatility make it suitable for a wide array of applications in consumer electronics, automotive systems, telecom systems, and military/aerospace applications.