ABM11W-19.2800MHZ-8-K2Z-T3 Crystals, Oscillators, Resonators

Crystals form the basis of a wide variety of communications and control systems. They are used to control the frequency of oscillators, set the timing of communication devices and give feedback for control systems. The ABM11W-19.2800MHZ-8-K2Z-T3 is a crystal type used to generate precise oscillating frequencies. Here we discuss its application field and working principle.

Crystals are piezoelectric materials which produce an electrical voltage when compressed or strained. When an alternating current is applied to two opposite faces of the crystal, mechanical strain is produced, which in turn generates an electrical voltage. This effect is known as piezoelectricity. The ABM11W-19.2800MHZ-8-K2Z-T3 is a high precision, low cost miniature crystal with a frequency of 19.2800MHz.

The ABM11W-19.2800MHZ-8-K2Z-T3 is ideal for use in oscillator circuits and electromechanical devices such as clocks, watches and computers. Its wide operating temperature range of -40°C to +85°C and excellent frequency stability make it suitable for use in telecommunications, automotive, medical and industrial applications. It can also be used in USB oscillator circuits and Ethernet devices, as well as in frequency-shifting circuits and precision timing. This crystal also has great shock and vibration resistance, which makes it an ideal choice for rugged industrial applications.

The working principle of the ABM11W-19.2800MHZ-8-K2Z-T3 is based on the piezoelectric effect. The crystal consists of two opposing faces bonded together. When an alternating current is applied to the crystal, mechanical strain is produced. This strain causes the faces of the crystal to move back and forth, generating an electric current in the process. This electric current is then used as an oscillating signal, which can be used as a timing or control signal in various electronics circuits.

The ABM11W-19.2800MHZ-8-K2Z-T3 is a powerful crystal type that plays an important role in a wide variety of applications. Its precise and reliable frequency makes it suitable for accuracy-critical applications. Its wide operating temperature range, vibration resistance and excellent frequency stability make it an ideal choice for most applications. It is a reliable and cost-effective alternative to more expensive frequency components.