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Crystals

402F36033CJT crystal is a negative resistance compensation technology (NRC) form of crystal device that utilizes a new form of negative capacitance switched capacitance array (NCSCA) to compensate for the negative resistance effect of crystals. This type of crystal has a low series resistance, low capacitance, tight frequency stability and low jitter, making it suitable in several application fields.

Application Fields

The 402F36033CJT crystal has been used in many different fields. Some of the most common applications include:

• Clocks and oscillators
• Timing modules
• Communication networks
• Cellular base stations
• RF devices
• Electronic payment systems
• Medical tools
• Radar systems
• CNC equipment
• Film and video equipment
• High speed computers and data processors

These devices can also be used to replace quartz resonators and oscillators in a variety of applications, helping to reduce power consumption. The crystals have a certain degree of customization, including frequency stability and offset, making them suitable for use in a variety of applications.

Working Principle

The 402F36033CJT crystal utilizes a negative capacitance switched capacitor array technology for negative resistance compensation. This compensates for the negative resistance effect of crystal circuits and helps to improve frequency stability and maintain the desired frequency. This type of crystal also offers a low series resistance and low capacitance, making them suitable for use in high-frequency applications.

The crystal consists of a quartz crystal which is connected to two posts, each end conduction plate is connected with a resistance-capacitance (RC) circuit. By connecting several RC circuits in series, the crystal circuit functions as a negative resistance compensating element, which then can be connected to an external circuit through two posts to reduce the effects of the negative resistance.

This type of crystal offers a good frequency range and stability, making it suitable for use in a variety of applications. The simple structure and low temperature coefficient of this type of crystal also makes it ideal for applications where temperature is a major concern.

Conclusion

The 402F36033CJT crystal is a negative resistance compensation technology that utilizes a new form of negative capacitance switched capacitor array to compensate for the negative resistance effect of crystals. This type of crystal has a low series resistance and low capacitance, making it suitable in several applications fields such as timing modules, RF devices, CNC equipment, medical tools, and cellular base stations. The crystal also offers a good frequency range and stability, making it suitable for use in a variety of applications. Additionally, the simple structure and low temperature coefficient of this type of crystal makes it ideal for applications where temperature is a major concern.

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