9C-3.6864MAGJ-T

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Crystals are some of the most ubiquitous and important components of electronics. They are used in a variety of applications, from ultra-miniaturized computers to powerful radar systems. Recently, a new type of crystal has been developed specifically for wideband applications, known as the 9C-3.6864MAGJ-T. This crystal offers improved performance over conventional crystals, making it a highly sought after component in many types of electronics.

The 9C-3.6864MAGJ-T is a highly advanced and complex crystal. It is a dielectric barium conserved oxide centered crystal with an operating frequency of 3.6864 MHz. It is designed for applications requiring high accuracy, stability, and wideband frequency operation. This technology offers excellent temperature stability and an improved frequency versus temperature curve for consistent performance.

One of the most important applications of this crystal technology is in the field of radio communications. This crystal was specifically designed to enable radios to operate across a wide range of frequencies, allowing for greater reception and transmission distances. This crystal allows radios to operate well beyond their normal ranges, giving them greater practical range and the ability to reach distant locations.

Another important field where the 9C-3.6864MAGJ-T is used is in receivers. Its very low noise figure and excellent stability make it ideal for use in receivers which must handle low levels of input power and/or narrow frequency ranges. This crystal also offers excellent EMI suppression, making it suitable for use in very sensitive applications.

The 9C-3.6864MAGJ-T also has uses in military applications. This crystal can handle high power levels and provides the highest levels of accuracy and stability. This makes it the ideal choice for radar systems which need accuracy in detecting and tracking targets. This crystal also offers excellent temperature stability for use in hostile environments, making it an ideal choice for outdoor military operations.

The 9C-3.6864MAGJ-T crystal is also used in medical instruments. This crystal offers excellent temperature coefficient and stability, making it extremely useful in instruments which need accurate and precise readings. In addition, this crystal has excellent signal-to-noise ratio, making it a reliable source for medical imaging.

The working principle of the 9C-3.6864MAGJ-T is similar to that of any other type of crystal. It is essentially a custom designed dielectric barium conserved oxide centered crystal with a frequency of 3.6864 MHz. The crystal is designed to vibrate at this frequency, which is then modified by the piezoelectric effect due to the electric fields in the crystal that enable the crystal to be more accurately tuned.

The piezoelectric effect of the crystal causes its vibration frequency to be affected by input frequencies. This enables the crystal to be tuned to a variety of frequencies, making it suitable for applications which require a wide frequency range. In addition, the 9C-3.6864MAGJ-T offers excellent stability, which ensures that the vibratory frequencies are maintained across a wide range of temperatures, applications, and pressures.

The 9C-3.6864MAGJ-T crystal has revolutionized the electronics industry. Its excellent temperature stability and wide frequency ranges make it highly desirable for a variety of applications. This technology offers radios extended range and receivers the ability to handle low levels of input power. Its excellent EMI suppression and superior noise figure make it ideal for medical instruments. And its exquisite accuracy and stability makes it a premium choice for military and radar applications. The 9C-3.6864MAGJ-T is an advanced and reliable crystal, offering tremendous performance and value.

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