CX3225SB24000H0FLJCC

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Crystals are crucial components in the fields of communication, computing and radar. They are used to generate consistent frequencies that can be used in communication, computing and in wide-ranging radio frequencies. CX3225SB24000H0FLJCC is a high-precision timing component that finds extensive use in communication and computing applications. This article highlights the application field and working principle of CX3225SB24000H0FLJCC.

Application Field

The CX3225SB24000H0FLJCC crystal is incredibly precise and is used in many communication and computing applications. They are predominantly used in the frequency synthesizers, clock modules, oscillators, timekeeping oscillators and CPUs present in electronic devices. Furthermore, this crystal component is used in PLL or phase-locked loop applications, resonance applications, and any application that requires an extremely accurate frequency.

CX3225SB24000H0FLJCC blanks are available in various sizes such as 6.0mm×2.5mm×1.2mm, 7.0mm×3.2mm×2.0mm, 7.5mm×3.2mm×1.8mm, 8.0mm×3.2mm× 1.6mm, and 8.0mm×4.0mm×1.6mm. The device has an operating temperature range of -10 to +65°C, a tolerable frequency range of 1.25 to 30 MHz, and is made from quartz blank with a thickness of between 0.3 and 0.5mm. Power consumption, frequency tolerance, and tuning range can be adjusted dependant on the specific needs of the application.

Working Principle

The CX3225SB24000H0FLJCC crystal is a finely calibrated device. It frequencies are produced by the resonator stem that is held in equilibrium and by the long and short circuit loading within the device. The resonator stem is a rod-shaped structure, endowed with specific and carefully calibrated parameters that produce a specific frequency when subjected to an electrical current. The short and long circuit loading refers to the two circular flat plates that are mounted onto the crystal and can either prevent or promote power dissipation. These flat plates are extremely thin, usually composed of brass, and are essential for proper functioning of the crystal.

The charge carriers, supplied by the electrical current, travel through the crystalline material and exchange heat energy with the outside environment. The effect of this repeated exchange is to form internal temperature gradients and corresponding stress gradients in the material. These gradients cause the crystal to vibrate at a specific frequency, as determined by its structure and parameters.

CX3225SB24000H0FLJCC crystals’ parameters are specifically calibrated in the laboratory and the materials used are carefully chosen to insure that the end product can precisely produce the specified frequency and remain operational within the specified operational limits. As such, these crystals are essential components in many communication and computing applications.

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