FC-255 32.0000KA-A0

Crystals have a wide range of applications in the technological age, from use in radio broadcasting and digital television to the production of smart electronics such as watches, laptops, and smartphones. One such device is the FC-255 32.0000KA-A0, a crystal oscillator with a frequency range of 32.0000 kHz – 32.0000 MHz. This article examines the application field and working principle of the FC-255 32.0000KA-A0.

The FC-255 32.0000KA-A0 is an ultrasonic quartz crystal oscillator, meaning it produces an uninterrupted sinusoidal electrical signal by responding to an electrical input signal. This oscillator, popular among engineers, is useful in a range of applications, such as communication systems, measuring instruments, security systems, and radar and defence systems. Oscillators such as the FC-255 32.0000KA-A0 are also used in timekeeping, which is becoming ever more important as digital technology advances. The FC-255 32.0000KA-A0 crystal oscillator is designed for use in environments where reliable and stable operation is essential, such as telecommunications and computer networks. This oscillator can provide frequency stability and accuracy over a wide range of temperatures and environments, making it ideal for use in cutting-edge technology.

The working mechanism of the FC-255 32.0000KA-A0 crystal oscillator can be broken down into two main components: the piezoelectric and the mechanical elements. The piezoelectric elements are composed of quartz, and when voltage is applied to the plate of the quartz, it vibrates at a certain frequency. The mechanical element is a combination of the electrodes, casing, and the quartz crystal, which works together to regulate and dampen the oscillations produced by the piezoelectric elements. The rate at which the quartz oscillates is determined by its shape and size, as well as the force of the mechanical element. As a result, the Z-cut and AT-cut of the quartz determine its base frequency.

The FC-255 32.0000KA-A0 crystal oscillator is composed of high purity quartz, which makes it highly stable and accurate over a long period of use. It also has a tight frequency control as well as low phase noise, making it suitable for use in applications requiring a high degree of accuracy. This oscillator can operate at temperatures ranging from -20 to + 70 degrees Celsius, making it an ideal choice for use in extreme conditions. Furthermore, its electrical and circuit parameters such as resistance and capacitance are designed for optimal performance, ensuring that the crystal’s performance is not compromised by the environmental conditions. The oscillator also comes with a variety of frequency points and voltage ratings, making it versatile and suitable for a range of applications.

In summary, the FC-255 32.0000KA-A0 crystal oscillator is an ideal choice for a wide range of applications, from timekeeping to communication systems. Its tight frequency control, low phase noise and wide range of temperature operation make it a great choice for use in extreme conditions. The working principle of this oscillator involves a combination of piezoelectric and mechanical elements, and its frequency is determined by its shape and size, as well as the force of the mechanical element. With its range of frequencies and voltage ratings, the FC-255 32.0000KA-A0 is a reliable and reliable choice for anyone looking to use it in their systems.