TS480T33IET

Crystals: TS480T33IET Application Field and Working Principle

Crystals are small physical devices that possess a wide variety of uses in modern society. They are commonly used in fields as varied as electronics, acoustics, time-keeping, and oscillation generation. One of the most popular types of crytals manufactured today are transistors, and one specific example of a transistor crystal is the TS480T33IET. This article will discuss the application field and working principle of the TS480T33IET.

The TS480T33IET is a high frequency transistor crystal, designed for use in communication and other electrical equipment. It has a resonant frequency of 3.2 MHz, and can operate from a supply voltage range from 1.5 to 5.5V. The device is built in a hermetically sealed, 4-pin package with an internal structure of three parts, namely, a switching structure called the base, a heater, and a bridge resonator.

The TS480T33IET\'s switching structure is set to switch when the temperature of the device reaches a particular temperature. The heater in the device is responsible for providing the additional energy needed to switch the transistor, by varying the temperature of the device. The Heat Dissipation Factor (HDF) of this transistor is 0.8W, which means that it will dissipate a certain amount of power while switching and when the temperature reaches a certain level.

The bridge resonator in the TS480T33IET is responsible for producing the oscillations necessary for transmission and reception of signals in communication devices. The bridge is constructed out of two conical arms and two diaphragms. The diaphragms are responsible for changing the frequency of the oscillations produced by the bridge when the supply voltage is changed. This allows the TS480T33IET to be used in applications where the wattage of the signal needs to be changed.

The TS480T33IET is most commonly used in frequency modulation (FM) radio transmission and receivers, as well as in various other types of communication equipment. It is also used in some types of computer memory, audio amplifiers and other audio equipment. The device has been found to be reliable and efficient in most types of applications.

In summary, the TS480T33IET is a high frequency transistor crystal, designed for use in communication and other electrical equipment. It has a resonant frequency of 3.2 MHz and operates from a supply voltage range of 1.5 to 5.5V. The device is constructed in a hermetically sealed 4-pin package, with a switching structure, heater, and bridge resonator. The device is most often used in FM radio and other communication applications, as well as in computer memory, audio amplifiers, and other audio equipment. The TS480T33IET is known to be an efficient and reliable device.