ASTMHTA-27.000MHZ-XJ-E-T3

Oscillators are electronic devices designed to generate a repetitive Electronic-signals. There is a wide variety of Oscillator types available, each designed for specific applications. One such oscillator is the ASTMHTA-27.000MHZ-XJ-E-T3 Oscillator, which is a miniature quartz crystal based oscillator with a frequency tolerance of ±50ppm.

The ASTMHTA-27.000MHZ-XJ-E-T3 Oscillator works by taking an electrical current or voltage as its input signal, then amplifying and filtering the signal and outputting an oscillating signal based on resonating frequency of its quartz crystal. This quartz crystal is a small vibrating tuning fork which is cut and shaped to create an oscillator with an extremely stable and accurate frequency. This oscillator is designed specifically for low-power applications and has a wide operational temperature range.

The ASTMHTA-27.000MHZ-XJ-E-T3 Oscillator is an ideal choice for applications where low-power, high-precision and long-term stability are required. Examples of such applications include critical RF communication systems, timing and synchronization control systems, and consumer clock radios. The oscillator is also well-suited for automotive applications, such as ABS and airbag control systems, as well as medical devices, where its stable and accurate output frequency is essential to the function of the device.

The ASTMHTA-27.000MHZ-XJ-E-T3 Oscillator offers various benefits over other types of Oscillators. Its compact design and low-power consumption make it ideal for battery-powered applications, while its wide frequency range and superior level of accuracy make it suitable for the most demanding precision applications. Its wide operational temperature range ensures reliability in harsh environments, making it a robust and reliable solution.

In summary, the ASTMHTA-27.000MHZ-XJ-E-T3 Oscillator is a small, low-power quartz crystal based oscillator with a frequency tolerance of ±50ppm and an operational temperature range of -40°C to 85°C. This oscillator is suitable for a wide range of applications where low-power, high-precision and long-term stability are required, such as RF communication systems, consumer clock radios, ABS and airbag control systems, and medical devices.