HX2127001Q Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are a form of electrical systems that use a repetitive feedback loop to constantly provide an output signal. The signal can be in the form of any frequency or amplitude depending on the exact behavior of the oscillator. The HX2127001Q oscillator is designed specifically to address different stages in an electronic system, each stage requiring a different parametric characteristic for its oscillatory behavior.

The HX2127001Q oscillator is an integrated circuit specifically designed for mobile applications such as smartphones and tablets. This integrated circuit works with three frequencies - 455kHz, 1.5MHz and 915MHz. It is an energy efficient choice as it operates within a 1.2 – 3.6 V power supply range. This oscillator has an output signal amplitude that is adjustable to two levels – 0.45 and 0.65V.

The HX2127001Q oscillator is designed for situations where wide temperature ranges are encountered, and thus incorporates a temperature compensating circuit that ensures reliable performance regardless of the surrounding environment. Its gain is also adjustable to ensure maximum performance within the specified temperature range. Additionally, this oscillator provides an internal crystal-built precision frequency control so as to maintain frequency accuracy regardless of varying temperature or power supply components.

The HX2127001Q oscillator is perfectly suited for many mobile application fields such as navigation systems, radio communications, base station systems, RF power meter systems, industrial equipment and car key systems, as well as many other wireless systems. The combination of its adjustable gain, adjustable output signal amplitude and temperature compensation circuit ensures reliable operation without drifting away from the required frequency or amplitude.

The HX2127001Q oscillator is based on the fundamental principle of negative feedback. This feedback occurs when the output of the circuit is inversely proportional to the input. This feedback mechanism typically provides better performance and stability over a wide range of conditions and temperature variations. Furthermore, it is also much more energy efficient as it requires less input power for each succeeding cycle.

In conclusion, the HX2127001Q oscillator is perfectly suited for mobile applications that need wide temperature ranges. Its adjustable gain, adjustable output signal amplitude and temperature compensation circuit ensures the required level of stability, accuracy and energy efficiency even in extreme conditions. This oscillator is perfectly suited for mobile applications such as navigation systems, radio communications, base station systems, RF power meter systems, industrial equipment, car key systems, and many other wireless systems that require wide temperature ranges.

The specific data is subject to PDF, and the above content is for reference