7M-36.000MAHE-T

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Crystals are materials with a regular, periodic arrangement of atoms, molecules, or ions and form the backbone of numerous everyday electronics, such as radios, televisions, computers and even some electronic medical instruments. Crystals that are sometimes used in electronics are quartz crystals, which are piezoelectric, meaning they generate an electric signal when subjected to mechanical stress. Recently, the 7M-36.000MAHE-T crystal has become the go-to choice for a variety of applications because of its low cost, wide temperature range and excellent thermal stability.

The 7M-36.000MAHE-T crystal is applied in various kinds of fields, including high frequency oscillator, signal generator and low to medium power FM/SD receivers. It can be used as a high performance oscillator for IF/RF, baseband and audio frequencies in a wide range of electronic communication systems such as fixed frequency FM, SSB, and WLAN communication. The low power reception design can benefit from the 7M-36.000MAHE-T crystal\'s excellent thermal stability.

The 7M-36.000MAHE-T crystal also performs well in the field of oscillator precision, at temperatures ranging from -40°C to +85°C. The CMOS compatible oscillator can provide precise clock frequency in various microcontroller system and modern evaluation boards, such as those based on the ARM (Advanced RISC Machines) processor.

The working principles of the 7M-36.000MAHE-T crystal are achieved through the theory of vibration. Quartz crystals have mechanical resonance characteristics that affect their electrical properties over a wide range of frequencies and provide excellent temperature characteristics and stability, producing superior results in different applications. The 7M-36.000MAHE-T crystal produces a precise clock frequency through a combination of load capacitance, motional inductance and resistance.

The 7M-36.000MAHE-T crystal oscillator is an essential item in many electronic systems, providing precise timing or control signals, or frequency references for anything ranging from microcontrollers to television receivers. With its wide temperature range and low cost, as well as its excellent thermal stability, the 7M-36.000MAHE-T crystal is proving itself to be a valuable choice for many applications.

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