416F38423ATT

416F38423ATT Application Field and Working Principle

The 416F38423ATT is a crystal that is used in the field of radio communications, particularly in those involving low radio frequencies. It has a low temperature coefficient and is able to withstand strong electrical and mechanical shocks. The 416F38423ATT is a four-pole crystal with a frequency range of 3.2 – 4.8 MHz, a power rating of 0.2 W, and an operating temperature of -20°C up to +115°C.

The application of the 416F38423ATT is mainly in radio receivers and transceivers, as well as for navigation, navigation aids and military purposes. The crystal is also used in low-power and medium-power telecommunications systems.

The 416F38423ATT crystal works by using a resonant frequency that is created by the application of varying amounts of voltage. As the voltage increases, so does the resonant frequency. The power of this crystal is supplied by electricity, and hence its power rating is determined by the amount of electricity needed to make the resonant frequency higher. The resonant frequency is also controlled by perturbations, which are small adjustments in the crystal’s environment, such as magnetism, temperature, or pressure.

The oscillation of the crystal is determined by its overtone frequency, which is determined by the parameters of the crystal. The overtone frequency is the product of the fundamental frequency multiplied by an integer number larger than one. The higher the overtone frequency, the more power is required to make the crystal oscillate. The higher the number of overtones, the more stable the resonant frequency becomes.

The 416F38423ATT crystal uses a cut-off frequency of around 500 kHz and a maximum frequency of 4.8 MHz. This crystal has been designed such that it is able to withstand high voltage and pressure changes, as well as temperature fluctuations in a wide range. The temperature coefficient of this crystal is a negative one, which ensures that it does not change its resonant frequency too much.

The 416F38423ATT crystal also has a wide band-pass range, which means that it can be used in systems which require very low-frequency and very high-frequency signals. This makes it suitable for use in a variety of applications including navigation systems, communication systems, navigation aids, military systems, and many others.

In conclusion, the 416F38423ATT crystal is a highly reliable, versatile and inexpensive crystal that is used in many types of radio communication systems. It has a low temperature coefficient and can withstand strong mechanical and electrical shocks. Its overtone frequency range makes it suitable for a wide range of applications, and its band-pass range allows it to be used in systems that require very low and very high frequencies.