ASTMHTE-24.000MHZ-XJ-E-T3

Oscillators are essential components in many electronic devices. ASTMHTE-24.000MHZ-XJ-E-T3 is one of such oscillators that are widely used in microelectronic industry.

This oscillator, made of high-quality quartz materials, is built with ultra-compact design that suits all types of electronic equipment. The oscillator has a high-frequency, low-temperature-stableness, and excellent stability. It works in the range of 24.000 MHZ XJ-E-T3 and provides a precise clock signal to the microprocessor.

The application field of ASTMHTE-24.000MHZ-XJ-E-T3 includes various types of wireless communication applications, military communications, and other high-frequency applications. It has the advantage of providing accurate frequency control that can be especially useful in Wi-Fi, Bluetooth, and satellite communication equipment. The device can also be used in consumer applications such as home audio systems, home networking systems, and household products.

The working principle of ASTMHTE-24.000MHZ-XJ-E-T3 is based on the quartz crystal oscillator resonators. This oscillator uses a quartz crystal that is cut along selected points of the crystalline lattice to form a quartz resonator. The quartz is then electrically encapsulated in a cavity and its thickness is properly adjusted so that it starts vibrating. When the crystal is excited with electrical impulses, the quartz begins to vibrate. The vibrational mode of quartz is used to generate the desired frequency.

The ASTMHTE-24.000MHZ-XJ-E-T3 oscillator also comes with an additional integrated temperature compensation of 0.1-1oC. This feature ensures that the frequency output remains stable over a wide temperature range. The temperature compensation circuit on the device can also reduce the effect of aging.

The ASTMHTE-24.000MHZ-XJ-E-T3 oscillator is ideal for all kinds of precision frequency control applications. Its wide working range and accurate frequency capabilities make it a reliable choice for all kinds of electronic systems and for products with tight frequency requirements.