353SB5C270R

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Oscillators

The 353SB5C270R oscillator is a type of quartz electronic oscillator that is made with a tuning fork. It features frequency stability that is good enough for frequency control in a range of 2 kHz to 5 MHz. The frequency accuracy can be as low as ± 1 ppm under lab conditions. This makes it suitable for many different applications and industries. The oscillator also has a large variety of features with a variety of output combinations, making it adaptable to many different needs.

Application Field:

The 353SB5C270R oscillator can be used in many different applications, focusing on synthesis, communication, sensing, and control. It is suitable for applications such as frequency control, clock and timing signal generation, phase-locked loop systems, test and measurement systems, spread spectrum systems, and radio station use. Its frequency accuracy makes it highly suitable for use in various forms of navigation. With its low jitter and its frequency stability, it has many uses in the field of communications applications. It is also used in UAV tracking, space exploration, robotics, and more.

Working Principle:

The 353SB5C270R oscillator is a quartz-based, tuning-fork oscillator. It works by having a mass hanging from a quartz fork-shaped crystal which is then clamped at its nodes. This crystal structure creates a vibrator that resonates at a very specific frequency. A circuit around this crystal providing an electrical voltage coupled with damping creates an oscillating current with a consistent frequency. This now stable oscillating current is then used to provide accurate and consistent timing.

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