CX3225GB25000D0HPQCC

Series:	CX3225GB, Kyocera
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	MHz Crystal
Frequency:	25MHz
Frequency Stability:	±30ppm
Frequency Tolerance:	±20ppm
Load Capacitance:	8pF
ESR (Equivalent Series Resistance):	60 Ohms
Operating Mode:	Fundamental
Operating Temperature:	-40°C ~ 85°C
Ratings:	--
Mounting Type:	Surface Mount
Package / Case:	4-SMD, No Lead
Size / Dimension:	0.126" L x 0.098" W (3.20mm x 2.50mm)
Height - Seated (Max):	0.035" (0.90mm)

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Crystals: CX3225GB25000D0HPQCC Application Field and Working Principle

Crystals are amongst the most commonly used components in every electronic device. What makes crystals even more special is the fact that they come in a wide range of shapes, sizes and frequencies. They are used in almost every electronic circuit and are available at very low cost, making them ideal for almost any application. Crystals of the type CX3225GB25000D0HPQCC, for instance, are an extremely popular choice. This article will discuss the application field and working principle of CX3225GB25000D0HPQCC crystals, in order to help readers better understand their use.

An Overview of CX3225GB25000D0HPQCC Crystal

CX3225GB25000D0HPQCC crystals are a popular choice for many radio-frequency applications, including radio transmitters and receivers, radio frequency oscillators, and radio frequency (RF) synthesizers. These crystals have a frequency of 25 MHz and a load capacitance of 15 pF. This frequency, combined with their relatively small size, makes them ideal for most applications.

Application Field of CX3225GB25000D0HPQCC Crystal

One major application of the CX3225GB25000D0HPQCC crystal is in the field of telecommunications. These crystals are often used as frequency references in transceivers and other radio-frequency (RF) equipments. They are also often used as frequency references in oscillators, phase-locked loops (PLL), and frequency synthesizers. Furthermore, CX3225GB25000D0HPQCC crystals can be used in antenna matching circuits, and RF remote control systems. In addition to the telecommunications field, CX3225GB25000D0HPQCC crystals are also frequently used in the medical industry. In particular, they are often used in medical imaging systems and other medical equipments. They are also used in scanners and other instrumentation equipments. Finally, CX3225GB25000D0HPQCC crystals are often used in audio systems and other audio-related equipments. They are often used as frequency references in audio mixers and other audio production equipments. They are also frequently used in sound systems, audio amplifiers, and other sound-related equipments.

Working Principle of CX3225GB25000D0HPQCC Crystal

The working principle of a CX3225GB25000D0HPQCC crystal is relatively straightforward. It consists of a plate of quartz, which is cut in an imperfect shape so that it vibrates at a certain natural frequency when excited. It is then placed between two metal electrodes, which act as a bridge for the electric current that is passed through the crystal. When the electric current is passed through the crystal, its atoms vibrate at a frequency equal to the natural frequency of the crystal, which in this case is 25 MHz. In most cases, the current that is passed through the crystal is a low-amplitude alternating current (AC). This means that the voltage applied to the electrodes alternates between two opposite values. This alternating current causes the crystal to vibrate at its natural frequency, which is then detected by other circuits such as oscillators, frequency synthesizers, and phase-locked loops.

Conclusion

CX3225GB25000D0HPQCC crystals are a very popular choice for many radio-frequency applications. These crystals are small and have a frequency of 25 MHz, making them ideal for many applications. Furthermore, they are also often used in telecommunications, audio systems, medical devices, and other related equipments. In addition, their working principle is relatively simple, relying on the use of alternating current to cause the crystal to vibrate at its natural frequency.

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