FA-20H 40.0000MF10V-AS5

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Crystals are a substance that is composed of an atomically ordered arrangement of molecules, called a crystal lattice. They have been used in the electronics industry for decades and have become an integral part of many products. FA-20H 40.0000MF10V-AS5 is one of the many crystals used in the industry. This article will discuss the application field and working principle of the FA-20H crystal.

Applications

The FA-20H crystal is most commonly used as an oscillator. The crystal has a frequency response of 40.0000 MHz and is used to generate stable timing signals for a wide range of applications including automotive, aviation, medical, and industrial fields. It is also used in clock-generation circuits for electronic devices such as microcontrollers, PICs, and FPGAs.

The FA-20H crystal is also used in communication systems, radios, television receivers, and satellite communication. It is used in these applications to provide frequency-stable waveforms for signal transmission. The crystal also helps to ensure that the signal is accurately transmitted and received.

Physical Characteristics

The FA-20H crystal has a frequency of 40.0000 MHz and a symmetry of 10V. It is a through-hole device with a height of 5.0MM and a lead spacing of 4.00MM. The FA-20H crystal also has an operating temperature range of -20°C to +70°C, making it suitable for a wide range of operating conditions.

Working Principle

The FA-20H crystal operates by vibrating a quartz crystal within the package. The crystal vibrates at a specific frequency, typically 40.0000 MHz for the FA-20H. The vibration of the crystal is then used to generate an oscillating signal. This signal is then used to generate a clock signal for use in electronic circuits.

The FA-20H crystal is constructed of a quartz crystal inside a metal can that is soldered onto the printed circuit board (PCB). The quartz crystal is cut to a specific orientation and size that allow it to vibrate at a precise frequency. The metal can acts as a container to keep the quartz crystal from coming into contact with other components on the board.

The FA-20H crystal also has two electrodes that are attached to the metal can. The electrodes are used to drive the crystal so that it vibrates at the desired frequency. The electrical signal applied to the electrodes is fed through an oscillator circuit in the form of alternating current (AC). This AC signal causes the crystal to vibrate at its resonant frequency.

Once the crystal is vibrating at its resonant frequency, a stable clock signal can be generated. This clock signal maintains a precise and consistent frequency and can be used to synchronize the circuits on the PCB. The FA-20H crystal is also used to generate frequency-stable waveforms for use in communication systems.

Conclusion

FA-20H 40.0000MF10V-AS5 is a crystal that is widely used in many electronics and communication systems. It is an oscillator that is used to generate a stable clock signal for a variety of applications. The FA-20H crystal has a frequency of 40.0000MHz, a symmetry of 10V, and an operating temperature range of -20°C to +70°C. It is also constructed with a quartz crystal and two electrodes that are used to drive the crystal. The crystal is used to generate frequency-stable waveforms for communication systems as well as providing a stable timing signal for clocks in electronic devices.

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