416F38023ATT

Crystals, like their name implies, are a type of materials with a regular, repeating structure. While most of us associate crystals with diamonds, amethysts, and other precious gems, crystals are widely used in electronics. In fact, they are a critical component of radio frequency communications technology. One particular type of crystal - the 416F38023ATT - is a popular selection for commercial, military, and GPS applications.

The 416F38023ATT is a 3.2×2.5×1.5mm AT-cut crystal, making it the smallest of its kind. Aside from its size, it offers several advantages over other types of quartz crystals. It features a precise frequency control (±20ppm) over the operating temperature range of -30° to +85°C. It also has a very high shock resistance of up to 15,000g - greatly minimizing the risk of damage in harsh environments.

The 416F38023ATT is used in a wide range of applications, from mobile phone base stations to military navigation systems. It is also suitable for use in electronic watches, remote controls, ultrasound devices, and other electronic devices. In a nutshell, this tiny yet versatile crystal can be found in a wide variety of devices.

So how exactly does the 416F38023ATT work to generate specific radio frequencies? In order to explain it, we must first break down the process into its basic steps.

First, an electrical current passes through the electrodes of the crystal, which makes the crystal vibrate at a specific frequency. The frequency is determined by the dimensions of the crystal (known as its cut). The 416F38023ATT is an AT cut crystal, meaning that its frequency accuracy is determined by mounting it in a temperature-compensated holder. This allows its frequency to be precisely controlled over a wide temperature range.

These vibrations cause a harmonic wave to pass through the crystal. This harmonic wave is then transmitted via a radio frequency waveguide. The wave enters the antenna and is then broadcasted as a radio signal out into the world. This signal can be picked up by other devices and interpreted as digital data.

The 416F38023ATT crystal is a reliable and versatile component with a wide range of applications. It is a popular choice for commercial and military radio communications, due to its high shock resistance and precise frequency control over a wide temperature range. It is also used in electronic watches, remote controls, ultrasound devices, and other electronic devices.