TF162J32K7680R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals: TF162J32K7680R Application Field and Working Principle

Crystals are a type of resonator used in many electronic and telecommunication applications. These crystals, including TF162J32K7680R, have many uses in today’s technology, from radio communications and TV broadcasting to computer applications and medical instrumentation. What makes them so versatile and essential is their ability to convert electrical signals into precise, stable frequencies.

The TF162J32K7680R crystal is a low-cost, low-power-consumption device that operates in an almost silent frequency range of 0.112MHz to 28.8MHz. It is a medium-sized crystal, measuring 12.5mmx17.5mmx2.5mm, that comes in various packaging forms such as bulk, SMT module, and capsule types. The SMT modules are the most commonly used type as they offer extended performance in various electrical and environmental conditions.

The TF162J32K7680R crystal has several main application areas including:

• It is best suitable for use in high frequency applications, such as Smart Card systems, computers, radio communication systems, and watches.
• It is also used in medium-power applications in audio and data transmission systems, as well as with telecommunication systems.

The working of the TF162J32K7680R crystal can be described as follows. It consists of two metal plates which are separated by a thin layer of crystalline material. This material is made up of quartz, which has a high piezoelectric effect. When an electric current is sent through the quartz, it causes the electrical polarization of the crystal, which in turn produces an alternating electric field at a constant frequency. This electric field vibrates the metal plates at the same frequency of the alternating field, producing a mechanical vibration. The vibration of the metal plates is then converted back to an electrical signal, thus producing an oscillating output. This is known as the piezoelectric effect and is the principle on which the TF162J32K7680R crystal works.

The TF162J32K7680R crystal has a wide range of advantages. It is a highly reliable and very accurate component due to its low power consumption, superior environmental resistance, and superior temperature characteristics. It also produces a very clean frequency with minimal drift over temperature. This makes it highly suitable for use in many high frequency applications.

Overall, the TF162J32K7680R crystal is a highly versatile component due to its applications in various field that require low-cost and accurate frequency production. It is highly reliable, accurate, and efficient, which makes it an ideal choice for many applications. This crystal is a great example of how modern technology can take advantage of an old technology, like the piezoelectric effect, and modify it to suit current and future needs.

The specific data is subject to PDF, and the above content is for reference