FC-13A 32.7680KA-AC

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Crystals are important components used in electronic circuits. FC-13A 32.7680KA-AC is a new crystal device widely used in the areas of power supply and radio frequency transmission. The device has the advantages of small size, high frequency stability and low power consumption, making it suitable for many types of applications.

FC-13A 32.7680KA-AC is a ferrite-based crystal that operates with an oscillation frequency of 32.7680 KHz. It provides high frequency stability for oscillators and clocks used in both digital and analog electronic circuits. The device is also extremely efficient, consuming less power than conventional quartz crystals. This makes it suitable for applications that require very low power consumption.

One of the most common applications of the device is in digital power supplies. In these systems, a crystal oscillator is used to provide a clock signal for the power supply controller. This signal is then used to regulate the current and voltage supplied to the system. The device is also used in radio frequency transmission systems, where the oscillations of the crystal are used to modulate the signals. The FC-13A 32.7680KA-AC has been specifically designed to provide accurate and consistent clock signals, making it ideal for these types of applications.

The device is based on a ferrite core encased in an aluminum case. The core is made of magnetic material that is magnetized and demagnetized by an electrical current. This creates an oscillation which is used to keep time. The electrical signals are processed by the internal circuit and then passed to the output terminals. The device has an operating temperature range of -40C to +85C, making it suitable for use in a wide range of operating conditions.

The FC-13A 32.7680KA-AC provides an accurate and reliable source for the accurate timing of electronic circuits. It is used in a wide range of applications, from power supplies to radio frequency transmission systems. The device has the advantages of small size, high frequency stability and low power consumption, making it suitable for many types of applications. It is an ideal choice for designers looking for a reliable and efficient source of timing signals.

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