FC-13E 32.7680KC-AC5

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Crystals are used in an array of products in many industries. In the field of electronics, they are used to make Integrated Circuits (ICs), Digital Logic Chips, and the like. The FC-13E 32.7680KC-AC5 is a crystal unit with a 32.7680KC-AC5 application field. It is a low-cost, reliable clock oscillator that comes in a surface-mount format.

The FC-13E 32.7680KC-AC5 is a piezoelectric crystal oscillator, as opposed to its digital logic equivalent. The difference between these two types of oscillators lies in the way they are constructed. A digital logic oscillator is comprised of transistors, resistors, integrated circuits, and other components. A piezoelectric crystal oscillator is made by bonding one material to another with an intermediate film of a piezoelectric material in-between. This allows the crystal to be electrically charged and produce a stable frequency.

The FC-13E 32.7680KC-AC5 is a crystal unit designed specifically for high-precision timing, frequency control, and timing accuracy. It operates at a frequency of 32.7680kHz and features a wide temperature range of -40 to 85 degrees Celsius. The crystal unit is composed of two quartz bars that are separated and individually contacted. These bars have their own electrical properties and can be adjusted to transmit and receive signals of varying frequencies.

The FC-13E 32.7680KC-AC5 is most often used for applications such as embedded digital display, sorting devices, computer systems, cellular phones, and GPS systems. Due to its high performance, the crystal unit is suitable for use in many widely-used devices. Additionally, its low cost makes it budget-friendly for most applications.

In order for a piezoelectric crystal oscillator to work, two different electrical signals must be applied to it simultaneously. The first signal is known as the driving signal, which causes the crystal to vibrate and produce an oscillating frequency. The other signal is the control signal, which is used to control the crystal\'s frequency by altering its electrical properties.

To adjust the frequency of the FC-13E 32.7680KC-AC5, a variable resistor or capacitance is used to apply a control signal. This control signal can be adjusted by using different sizes and types of resistance or capacitance components. The crystal oscillator can also be adjusted by changing the temperature of the material that the quartz bars are bonded to.

In conclusion, the FC-13E 32.7680KC-AC5 is a crystal unit with a wide range of applications in many industries. It is a reliable, low-cost clock oscillator that has a wide temperature range and is capable of producing frequencies of up to 32.7680kHz. Additionally, it can be easily adjusted by using various types of resistance or capacitance components.

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