FC2BSBBMM20.0-T3

FC2BSBBMM20.0-T3 Application Field and Working Principle

TheFC2BSBBMM20.0-T3is a family of high frequency oscillators or crystals which aredesigned to operate precisely in mobile and portable applications. Thesecrystals are low-power, compact and reliable, making them suitable forsmaller, lighter and more efficient handheld devices. The crystal designand technology ensure a wider range of frequencies for the application.

Applications

The FC2BSBBMM20.0-T3 family of crystals are designed to be used inmobile and portable devices such as smartphones, tablets, smart watches,wearables, and digital cameras. These devices require accurate crystaloscillators for data transmission and reception, frequency synthesizers,timing and RF communications systems. Additionally, these crystals areused in communications systems, timing applications, and in thedevelopment of small, ultra-low-power semiconductor products such asGPS and multi-sensor applications.

Working Principle

The FC2BSBBMM20.0-T3 crystal oscillators work on the principle of mechanical resonance.In a mechanical oscillator, a quartz crystal is placed between two metal electrodes and a voltageapplied. The quartz crystal vibrates when subjected to a voltage, resulting in an alternatingcurrent. This oscillating current passes through the electrodes, which causes them to vibrate inresonance with the crystal. This phenomenon is known as piezoelectricity.

The FC2BSBBMM20.0-T3 crystals are designed to operate reliably within a temperature rangeof -10 to +85 degree celsius. They are tested to have a low frequency deviation of less than 10ppm across the operating temperature range, which ensures less time and cost in designingadvanced communication systems and other applications.

The FC2BSBBMM20.0-T3 family of crystals also has a high stability and vibration resiliency,meaning it is not easily disturbed by external interfering signals. The technologists atFC2BSBBMM20.0-T3 also use the latest production and testing methods to ensure maximum andmost consistent performance from these crystals.

The FC2BSBBMM20.0-T3 crystals are manufactured using advanced technology, which allows forhigh precision and stability, as well as low power consumption. This makes them ideal forapplications in engineering and medical equipment as well as consumer electronic devices. Theseproperties also make them suitable for use in space, marine and military applications.

FC2BSBBMM20.0-T3 crystals are a reliable and economical choice for all mobile and portableapplications. The high precision and stability, low power consumption, and robust design provideflexibility and superior performance wherever the application is needed.