416F38013CDT

Crystals encompass a wide variety of substances – from metals and minerals to organic compounds and synthetic hydrocrystalline crystals. While the exact nature and manufacturing process of crystals can vary, they all exploit a phenomenon known as the piezoelectric effect. The ability of crystals to be manipulated with the application of an electric field has enabled them to be used for a range of applications, including overtone oscillators, temperature sensors, accelerometers and optical switches.

The 416F38013CDT is a piezoelectric crystal manufactured for use in oscillator circuits. This crystal is based around a transducer element made from quartz, with electrodes formed from a nickel-silver alloy. Quartz crystals offer excellent frequency stability when operated in the piezoelectric mode, and can typically operate in the range of 10 to 30 MHz.

The 416F38013CDT operates using a method known as the Automatic Tuning System (ATS). This system reacts to small changes in the resonant frequency of the crystal by automatically adjusting the frequency of the external oscillator circuit. This ensures the crystal can be used to generate frequencies of extremely high accuracy. The device is able to work between temperatures of -10°C and +70°C, which maintains its precision even in unfavourable environmental conditions.

The 416F38013CDT also operates using the Pierce Oscillator circuit, which was designed to eliminate phase noise and jitter. The Pierce Oscillator works by passing the crystal oscillator frequency through an inverter and then phase shifting it back to its original frequency. This removes any unwanted differences between the input and output frequency and ensures the output frequency is stable over its entire operating range.

The working principle of the 416F38013CDT also relies upon its ability to be used in oscillator circuits. This crystal is designed to convert electrical energy into mechanical vibrations which cause an oscillating electric current to be generated. This current is then used within the oscillator circuit to create regular electrical pulses. This technique is used in various types of timing circuits, frequency synthesizers and even some digital logic circuits.

The 416F38013CDT has found a wide range of applications in the engineering and electronics industries. This crystal can be used to generate signals of extremely high accuracy and is capable of working in oscillator circuits across a wide range of frequencies. Its ability to operate over a wide temperature range and its use of the Automatic Tuning System further increase its usability and make it a popular choice for applications such as mobile phones and medical devices.