AWSZT-24.00CW-T

Series:	AWSZT-CW
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Ceramic
Frequency:	24MHz
Frequency Stability:	±0.2%
Frequency Tolerance:	±0.5%
Features:	--
Impedance:	60 Ohms
Operating Temperature:	-25°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	4-SMD, No Lead
Size / Dimension:	0.098" L x 0.079" W (2.50mm x 2.00mm)
Height:	0.047" (1.19mm)

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Introduction to AWSZT-24.00CW-T Resonators

The AWSZT-24.00CW-T resonator is a type of piezoelectric device often used in communications and aerospace equipment. It suggests a way of controlling and managing electromagnetic frequencies by focusing reflected light and sound wave characteristics. Resonators are essential components in many cutting-edge technological solutions, making them increasingly necessary in many different applications.

AWSZT-24.00CW-T Application Fields

The AWSZT-24.00CW-T piezoelectric resonator is suitable for radio-frequency identification (RFID) readers and antennas, making it an ideal component for applications related to communication systems, drone navigation, and biometric solutions. Thanks to its size, the AWSZT-24.00CW-T resonator fits many application requirements and can also be used in a wide range of electronics, sensors, and switches.In addition to its use in communications and navigation solutions, this type of piezoelectric resonator can also be used in other devices. Its high precision makes it desirable for applications such as automotive exhaust systems, sugar refineries, and electroplating. Moreover, it can also be used in medical devices, making it a valuable component in healthcare solutions.

AWSZT-24.00CW-T Working Principle

Piezoelectric resonators rely on the piezoelectric principle, which states that when an electric field is applied to a piezoceramic material, it stors mechanical strain which can be redirected into electricity. The AWSZT-24.00CW-T resonator uses this principle to create a controlled frequency which can be optimized for specific applications.When an electric signal, usually in the form of an AC current, is applied to the resonator, it begins to vibrate and simulate a particular frequency. This frequency is reflected in the piezoelectric structure and can be used to transmit an electromagnetic signal to another device. This principles allows the resonator to control the signal’s speed, range, and accuracy, making it a very useful device in many types of communication and navigation solutions.

Benefits and Downsides of AWSZT-24.00CW-T Resonators

The AWSZT-24.00CW-T offers several advantages, including its small size, low power consumption, and high accuracy. Its small size and low consumption make it a great choice for devices where size and energy efficiency are important. Its high accuracy makes it suitable for applications requiring precise results, such as the automotive industry, biometric solutions, and healthcare solutions.However, one of the main disadvantages of this type of resonator is its limited frequency range. The resonator is designed to operate within a narrow range of frequencies, making it difficult to use for applications requiring a wider frequency range. Moreover, its high sensitivity to temperatures and vibrations can also cause issues with accuracy.

Conclusion

The AWSZT-24.00CW-T resonator is a type of piezoelectric component used in a variety of communication, navigation and medical solutions. The device works by using the piezoelectric principle to vibrate and create a controlled frequency. This type of device offers several advantages, such as its small size and energy efficiency, but can be limited by its narrow frequency range and high sensitivity to environmental factors. With its many applications and advantages, the AWSZT-24.00CW-T resonator can be a valuable component in many different solutions.

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