GL111F33IET

GL111F33IET Application Field and Working Principle

Crystals are a type of solid material which have atoms, molecules and ions arranged in a periodic, three-dimensional lattice structure. GL111F33IET (Generac Low-Q Ge-Ln-Ge-F3-3-IET) is a type of crystal with a particular structure, which is designed specifically for high frequency applications. It is well-suited for use in oscillators, filters, oscillators, transmitters and transceivers, with performance in terms of sensitivity, selectivity and stability. This article introduces the application field and working principle of GL111F33IET crystals.

Application Field of GL111F33IET Crystals

GL111F33IET crystals are mainly used in the fields of wireless communication, automotive electronics and telecommunication. They are favorable in terms of positive characteristics like wide operating temperature range, low EMI, low jitter and high frequency stability. In wireless communication, it is mainly used for signal synthesis, frequency stabilization and frequency conversion. In automotive electronics, it is mainly used in the parts of navigation systems and infotainment systems. In telecommunication, it is mainly used for filters, oscillators, transmitters and receivers. For example, GL111F33IET crystals can be used in RF signal source, base stations, amplifiers and transmitters.

Working Principle of GL111F33IET Crystals

The working principle of GL111F33IET crystals is based on the principle of piezoelectricity. When a voltage is applied to the two opposite surfaces of a crystal, the crystal will vibrate according to the magnitude of the applied voltage. The frequency at which the crystal vibrates is determined by its physical properties, such as its geometry and the angles of the faces. The frequency of the crystal can be accurately controlled by adjusting the voltage applied to the crystal. This is known as the “overtone” method of frequency control. When a frequency of the crystal reaches a certain value, an electrical signal will be produced that can be used as a reference signal for an oscillator. This signal can be used to generate a stable output frequency.

GL111F33IET crystals are designed to have a good frequency control properties, low jitter and high frequency stability. They have a wide operating temperature range and low EMI due to its structure and can be used for signal synthesis, frequency stabilization and frequency conversion. It has been widely used in signal source, base stations, amplifiers and transmitters due to its excellent performance in terms of stability, sensitivity and selectivity.