ATS050C-E

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ATS050C-E Crystals: Application Field and Working Principle

Crystals have become an integral part of a variety of devices in this modern era, ranging from cell phones to sophisticated medical equipment. In recent years, the ATS050C-E has enjoyed widespread success in various application fields. This article will outline the application field and working principle of the ATS050C-E crystal.

What is the ATS050C-E Crystal?

The ATS050C-E is a precision-based crystal oscillator which utilizes a high quality crystal and unique design techniques. It offers excellent performance when used over a wide frequency range, and is capable of delivering a temperature and voltage stability not available in quartz or ceramic resonators. As a result, it has become the preferred choice for a number of applications, including:

• Frequency control in medical equipment
• Data synchronization in industrial controls
• Data timing in telecom systems
• RF wireless systems
• Computer peripheral equipment
• Instrumentation control
• Data recording
• Robotics control

The ATS050C-E is also ideal for applications requiring miniature size, low power consumption, low EMI emissions, and low jitter.

How Does the ATS050C-E Crystal Work?

The working principle of the ATS050C-E crystal is based on a technology called NOVCUTM. This exclusive patented process utilizes electro-optical technology to stabilize the crystal thickness for perfect operation. The crystal package is designed to reduce vibration noise and improve performance. The package also contains an infrared LED which couples with an internal capacitor to form a tuned circuit. This circuit serves to reduce the crystal temperature coefficient and improve temperature stability.

The ATS050C-E crystal is designed for high frequency applications up to several hundred MHz. It operates in the same manner as other quartz-based crystals, providing a fixed frequency output when the voltage is applied. To maximize the performance of the crystal, the device should be placed in a low-vibration environment and double-terminated with an impedance of 50 ohms. The device should also be physically connected to the ground (GND) to reduce the electrical noise.

Advantages of the ATS050C-E Crystal

The ATS050C-E crystal offers a variety of benefits to the user, including:

• Improved stability over frequency, temperature and voltage
• Excellent noise level and jitter
• High frequency design up to several hundred MHz
• Surface-mountable construction for easy assembly
• No additional components required
• Low power consumption
• RoHS compliant parts

The ATS050C-E crystal is an ideal choice for applications where miniaturization and low power consumption are essential. It also provides superior performance compared to other oscillator configurations.

Conclusion

The ATS050C-E crystal is a versatile and reliable device that can be used in a variety of applications. It boasts superior performance over conventional quartz and ceramic resonators, making it an ideal choice for medical, industrial, telecom, RF wireless, and other applications requiring high frequency stability and low power consumption. Furthermore, the device is designed for easy integration and does not require any additional components for operation.

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