X-Cut Quartz for Research & Production

university wafer substrates

Why Use X-Cut Quartz Wafers?

X-Cut quartz crystal is an excellent material for a wide range of applications, from electronics to medicine. 

Get Your Quote FAST!


 

 

X-Cut Quartz Applications?

X-Cut quartz crystal is an excellent material for a wide range of x-cut quartz single crystal wafersapplications, from electronics to medicine. Its trigonal symmetry, or "Y-shape," is characteristic of the crystal. The Y-shape wells are 750mm long and 250mm wide, and are oriented perpendicular to the straight side edge of the wafer. A common tensile strength of the material is 250 GPa.

In an X-Cut quartz acousto-optical modulator, the two quartz chips have a similar cross section. The Y-axis is perpendicular to the flat surface. Ordinary rays and extraordinary rays both follow the same path through the crystal. This birefringent property allows the glass to retain its polarization, even when the crystal is cut in a unique pattern.

One preferred embodiment of the present invention uses a rectangular X-Cut quartz crystal resonator with aspect ratios of 0.3 to 0.5. The rectangular X-Cut quartz resonators have bottom thicknesses of 10 to 50 mm. The resulting semiempirical frequency equation can be used to estimate constants. The contours show a zero first order temperature coefficient condition.

GT cut is the best choice for high-frequency operation. Its geometry provides repeatability. It uses a 49deg angle from the z axis to guide the growth of nanowires. Its frequency constant is 2.536 MHz/mm. However, it is slightly less stable than AT cut. And it is a less expensive material. It can also be very useful for a variety of applications.

In contrast, a single-crystal quartz plate is not always an X-cut crystal. This is an alternative form of single-crystal quartz. In this case, the two parallel flat surfaces are perpendicular to the X-axis. A similar arrangement may be used for a single crystal quartz plate. For example, a high-frequency signal is supplied to the transducer through an RF drive voltage input. The acoustic wave propagates through the bulk of X-Cut quartz block 3.

The X-Cut quartz process requires several stages. The overall chip size is 45x22mm. The size of the wells is 1.6mm. Afterwards, it is lapped on a precision lapping machine. The resulting X-Cut quartz chips are perfect for a variety of applications. In fact, they are so thin that they can be used as a touch screen. So, it is possible to use them to build smart phones, tablets, and other types of electronic devices.

The X-Cut quartz crystal is generally oriented perpendicular. It produces relatively high figures of merit when oriented perpendicularly. Similarly, the Y-Cut quartz is cut at an angle of 35deg 25' to the Z-axis. At an angle of 150deg, it is a common method in the production of radio systems and microprocessor clocks.

X-Cut quartz crystal is a popular material for high-end devices. Its acoustic properties make it an excellent material for radio transmitters. As with other materials, it is ideal for RF and microwave signals. The X-Cut quartz crystal has a high figure of merit and is preferred for optical and electrical components. Despite its low photoelastic constant, this material is widely used in medical equipment and lasers.

The X-Cut quartz is a type of quartz with a single diffraction. It is best used for applications where you need a single-crystal object is required. The X-Cut quartz is an excellent choice in this application because it is transparent to x-rays and is suitable for a variety of laser beams. In addition, it has the highest surface energy of any material.

Another advantage of X-Cut quartz is its flexibility and ease of manufacture. The X-Cut quartz is more durable than fused silica, and requires only a third of the drive power. Its high diffraction performance makes it a good choice for a wide range of applications. Its high diffraction efficiency is the same as that of a quartz diffraction device.

The X-Cut quartz is a popular choice for acousto-optical modulator. Compared to fused silica, this material has higher L-values than fused silica. Its X-Cut quartz acousto-optical modulators are able to reduce the sidewall crystal edges. Using a Y-Cut quartz acoustoscope, the researchers can view a wide range of applications and analyze the reflected echo.