GL169F35IDT

Crystals, such as GL169F35IDT, are precision devices used for radio frequency (RF) applications. They are composed of two electrodes connected to two layers of cut quartz which are then mounted in a metal holder and enclosed in a protective housing. The crystal oscillates at a very precise frequency due to the piezoelectric effect.

GL169F35IDT is a type of crystal specifically designed for cost-sensitive RF applications, such as cellular phones. GL169F35IDT has a frequency range of 16 - 895 MHz, is available in a variety of footprint packages, and offers the best combination of performance and power consumption.

The application fields of GL169F35IDT crystals include, but are not limited to, communications and medical applications. They are used in a variety of communications applications such as base transceiver stations, transmitters and receivers, and long-distance radio links. Additionally, they are used in medical applications such as patient monitoring equipment, medical lasers, and medical imaging systems.

The working principle of GL169F35IDT crystals is based on the phenomenon known as piezoelectricity. When voltage is applied to the crystal, it vibrates at a frequency determined by the crystal’s design. This vibrating produces an electrical signal, which can be amplified, filtered and used in a variety of applications. The crystal itself can also be used to produce an oscillating signal without the need for external voltage.

GL169F35IDT crystals are designed to withstand temperature changes, shock, and vibration. They also have excellent input and output impedance matching for applications requiring high stability. The crystals feature built-in shielding to prevent electromagnetic interference and have a high level of accuracy and reliability.

In summary, GL169F35IDT crystals are high-precision devices which are used in a variety of RF applications. They are designed to withstand temperature changes, shock, and vibration, and have excellent input and output impedance matching. The crystals feature built-in shielding to prevent electromagnetic interference and have a high level of accuracy and reliability. The working principle of GL169F35IDT crystals is based on the phenomenon known as piezoelectricity.