TFNC261P32K7680

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Crystals are one of the most important components of electronic systems, used in almost every electronic system to ensure accurate timing control. The TFNC261P32K7680 crystal is an important component of many electronic systems and has a wide range of applications. This article will discuss the application field and working principle of the TFNC261P32K7680 crystal.

The TFNC261P32K7680 crystal is a long oscillator crystal manufactured using AT cut technology. It has a fundamental frequency of 32.768KHz, a resonance load capacitance of 12.5pF and a maximum load capacitance of 20pF. This crystal is widely used in single-chip microcomputer systems, such as watches, computers, and other electronic systems. It is also suitable for use in RTCs, crystal clock generators, and PLCs.

The TFNC261P32K7680 crystal has a working range of 1.03V to 4.4V and a working temperature range of -40 to +85°C, making it suitable for a wide range of applications. It is a low-power crystal, with a low power consumption of only 1µA. In addition, its low-impedance capacitive characteristics make it stable and reliable.

The main application fields of the TFNC261P32K7680 crystal are in single-chip microcomputer systems, such as watches, computers, and other electronic systems. It is also commonly used in RTCs, crystal clock generators, and PLCs. This crystal is particularly suitable for devices that require accurate timing control, such as for accurate timekeeping or data transmissions.

The working principle of the TFNC261P32K7680 crystal is simple and straightforward. When an alternating electrical current is applied to the crystal, the piezoelectric quartz crystal will vibrate at its resonance frequency. This oscillation is an electrical signal that is used to control the timing and frequency of an electronic system. This oscillation is stable and reliable, as the crystal remains vibrating at a constant frequency.

The TFNC261P32K7680 crystal is a reliable, low-power oscillator crystal and is suitable for use in a wide range of applications. Its low-impedance capacitive characteristics make it stable and reliable and its wide working range makes it suitable for use in a variety of devices. Its main application field is in single-chip microcomputer systems, such as watches, computers, and other electronic systems. It is also commonly used in RTCs, crystal clock generators, and PLCs.

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