HC-49/U-S13560000BQIB

Crystals are common electrical components used in all types of electronic equipment. An HC-49/U-S13560000BQIB crystal is a miniaturized quartz crystal manufactured in an epoxy-sealed package. It is the alternative to using a larger traditional crystal. These crystals have excellent frequency stability, temperature stability, size and cost. The package size of HC-49/U-S is about 0.4 x 0.4 x 0.2” and comes in either cylindrical or square types. It can operate at temperatures of -10 to +60 degrees Celsius.

The HC-49/U-S13560000BQIB crystal is an oscillator circuit element that is used for radio communication systems. It is often used for frequency control in radio receivers and transmitters. It is also used for frequency stabilization in portable or mobile communication systems. The crystal is used as a source of signals at fixed frequencies and is used to eliminate the need for inconvenient adjustments in portable equipment.

The HC-49/U-S13560000BQIB crystal works by utilizing the piezoelectric effect. When a voltage is applied to the crystal, it will deform slightly. This causes a small signal to be generated on the electrodes that can be used as an oscillator signal. The signal will match the resonance frequency of the crystal, giving it its stability and accuracy. By changing the electrodes and their connections, the frequency of the signal can be adjusted depending on the application.

The HC-49/U-S13560000BQIB crystal is ideal for use in applications that require precise frequency control due to its highly accurate frequency stability. They are particularly well suited for frequency synthesis and other applications requiring frequency stability and accuracy, such as radar and avionics. The crystals are also used in phase-locked loops, both AM and FM tuning circuits, modems and GPS systems.

The HC-49/U-S13560000BQIB crystal is an excellent choice for any application requiring precision frequency control due to its small size, cost-effectiveness, accuracy and superior performance in extreme temperature conditions. It is designed to reliably and accurately achieve long-term frequency stability in a wide range of electronic applications.