406C35E24M00000

406C35E24M00000 Application Field and Working Principle

Quartz crystal oscillators, or simply quartz crystals, are widely used in frequency-controlled applications due to their precise tuning characteristics and excellent stability. The unique design of a 406C35E24M00000 quartz crystal oscillator is intended for use in critical timing applications across a variety of industries and markets.

Design & Application Field

The 406C35E24M00000 quartz crystal oscillator is a 4-terminal, 3.5 mm x 2.5 mm device, featuring a temperature range of -20°C to +85°C. It has a footprint-compatible design with the industry-standard 4-pad templates, and is fitted with an AT-cut quartz piece suitable for a range of clock frequencies and application areas. These areas include medical equipment, automotive electronics, consumer applications, networks, industrial automation, and other similar hardware settings.

Working Principle

The working principles of quartz crystal oscillators rely on the momentary direction of electromagnetic power through quartz crystal when amplified. The momentary direction of power is dependent on the initial piezoelectricity of quartz itself. This momentary direction of power is electrically amplified and then converted into electrical signals. Through its constantly functioning loop, the device is able to maintain specific frequencies which can be configured and used in various application areas.

Since quartz crystal oscillators have an excellent operator quality and specifically run within their own unique frequency band, they have become one of the most widely used frequency-controlling elements available for use in a variety of industries. The 406C35E24M00000 quartz crystal oscillator is provided with several optimized characteristics suitable for most applications in a variety of industries. The device is available in various package styles, so buyers can choose the configuration best suited for their specific application.