416F300X2CLT

Crystals are a versatile and essential component in the construction and operation of electronic equipment. Crystals have been used to regulate the frequency and timing of electronic signal processing for decades. The 416F300X2CLT crystal is an advanced frequency control device designed for applications such as telecommunication and radio frequency systems.

The 416F300X2CLT has multiple fields of application. The crystal is well suited for use in radio transmitters, cellular phone systems and broadcasting. It is also used in microchip sets, such as those found in modern televisions, DVD players and other consumer and industrial electronics. Furthermore, it is used in computer systems, military and industrial systems, medical equipment and scientific instrumentation.

The working principle of the 416F300X2CLT is based on the very high precision and stability of a quartz crystal. The crystal is composed of a highly conductive silica plate cut into an irregular slant that is finely poled and bonded together to form two parallel plates. When a voltage is applied to the crystal, the two plates vibrate at a precise frequency governed by the size and shape of the quartz. The exact frequency is determined by the oscillation of the quartz particles inside the crystal.

The 416F300X2CLT utilizes a frequency-controlled oscillator that is accurately maintained by the crystal oscillator. This oscillator transmits a signal to the integrated circuit chips, which process the signal and convert it into a frequency that can be then used by the system. The integrated circuit chips also regulate the output frequency and keeps it constant, despite changes in temperature and other external factors.

The 416F300X2CLT has been designed for precision frequency control and accurate signal processing. It is suitable for applications where accuracy, linearity, noise reduction, low-power consumption and high stability are required. The crystal has a very wide temperature range (–40°C to +85°C) and can operate over a wide frequency range (from 1 kHz to 125 kHz). It also has a supply current of only 0.4 mA and a start-up time of only 5 ms, making it an outstanding choice for many applications.