ASTMHTD-12.288MHZ-AK-E

Oscillators are widely used in electrical circuits for generating repetitive waveforms for timing, signal control, switching and modulation. Amongst them, the ASTMHTD-12.288MHZ-AK-E has a wide range of applications across a variety of fields.

The ASTMHTD-12.288MHZ-AK-E is an oscillator with a frequency of 12.288MHz. It is constructed using high-grade metal and ceramic for maximum stability, durability and temperature sensitivity. The device is also equipped with a variety of frequency control functions to allow for the adjustment of the frequency according to the user’s needs.

The ASTMHTD-12.288MHZ-AK-E has a wide range of applications. It is most commonly used as a clock source for microcontrollers and digital signal processors. It is also used in radio frequency system applications such as transmitters, receivers and transponders, for generating or modulating a frequency.

In addition, the ASTMHTD-12.288MHZ-AK-E can also be used in sensitive timing applications such as test equipment, frequency counters and alarm systems. It can also be used in applications like car radios, TV sets, home theatre systems and other digital audio equipment.

The device works on the basic principle of generating a sinusoidal output waveform. It achieves this by generating an alternating voltage across its output terminals using a lever of oscillation and a resistor. This alternating voltage drives the frequency of a signal to generate a waveform of a desired frequency.

The frequency of the waveform is adjustable by adjusting the value of the feedback resistor. The resistor also functions as an amplitude stabilizer, preventing large variations in the output waveform amplitude. By adjusting the output voltage, the output frequency can be altered to suit different requirements.

The ASTMHTD-12.288MHZ-AK-E is a highly reliable, stable and cost-effective oscillator device suitable for a variety of applications. It is designed to provide accurate timing and stable frequency across a wide range of operating temperatures. With its combination of high-grade materials, frequency control functions and stable design, the device is an excellent choice in a variety of electrical and electronics applications.