Small size 1612 passive crystal oscillator suitable for wireless local area networks: FA-118T

A small-sized 1612 passive crystal oscillator suitable for wireless local area networks: FA-118T. When it comes to small-sized 1612 crystal oscillators, the main reason is that with the portable and convenient use of high-tech products, various components in the circuit board are fully utilized, striving to become smaller while also becoming more precise. Therefore, miniaturized chip size has become a necessary consideration for many manufacturers. The 2016 passive crystal oscillator FA-118T launched by Epson is a popular small-sized crystal oscillator with a length of 1.6mm * width * 1.2mm * height of 0.35mm. With the development and rapid popularity of wireless communication products in the civilian market, products equipped with short-range wireless communication Bluetooth function are gradually increasing. The demand for the 32MHz 1612 passive crystal oscillator is also increasing, such as FA-118T 32MHZ 8PF ± 10PPM and various different load capacitors and accuracies.

This miniaturized 1612 passive crystal oscillator can withstand a wide temperature range of -40 to 125 ℃ for storage, and can withstand high temperatures of 85 ℃ and low temperatures of 40 ℃ for operation. The FA-118T is a standard small-sized industrial grade 1612 passive crystal oscillator. However, the optional frequency points only start from 24MHz, which means that if your product needs to design a crystal oscillator frequency point of 8MHz or 12MHz, this FA-118T crystal oscillator may not be able to meet the requirements. However, the FA-118T is very suitable for equipment with high frequency performance and design space. It has a wide range of applications in small wireless communication fields such as mobile phones, Bluetooth, wireless local area networks, SM band wireless broadcasting, industrial automation equipment, electric vehicle power system equipment, inverter power supplies, and rail transit. This 1612 passive crystal oscillator can achieve high-precision RF reference and clock systems.