416F2601XATT

416F2601XATT Application Field and Working Principle

The 416F2601XATT is an oscillator which provides the constant frequency locking and stability of an external clock source required for reliable performance in electrical systems. This high stability oscillator is divided into two categories, quartz crystal and ceramic oscillators. Quartz crystals oscillators are widely used in many applications because they are extremely stable and reliable. The 416F2601XATT is a premium oscillator that offers reliable and stable performance.

Overview

The 416F2601XATT oscillator is a quartz crystal oscillator which is used for providing a wide range of highly accurate frequency tuning. The oscillator can generate frequencies from 0.1MHz up to 100MHz with a stability of up to 1.0 parts per million (ppm) over a wide temperature range. The 416F2601XATT is designed to provide an accurate and stable external clock source for embedded systems and industrial grade products. It also provides excellent noise suppression and jitter characteristics, thanks to its low jitter and extended temperature range.

Applications

The 416F2601XATT oscillator can be used in many different types of applications, ranging from embedded systems to industrial grade products. Some of the most common applications include:

• Industrial computing and embedded system applications
• Data acquisition and control systems
• Networking and communications systems
• Medical devices
• Mobile phones and other digital audio equipment

The 416F2601XATT has been specially designed to be reliable and stable in harsh conditions. It is made with high-quality components and has a large temperature range, making it suitable for use in many different types of environments. It also provides excellent noise suppression and jitter characteristics, which is ideal for use in data acquisition and control systems.

Working Principle

The 416F2601XATT oscillator works on the principle of quartz crystal resonation. Quartz is composed of two atoms of silicon and one atom of oxygen, and the quartz crystal oscillator is based on the acoustic vibration of this quartz crystal. The crystal is cut into a specific shape, usually with a symmetrical cross-sectional shape. The crystal is then placed between two electrodes, one on each end.

The electrodes are then connected to an external circuit. When power is applied, a voltage gradient is created between the electrodes, which creates mechanical stress in the quartz crystal. As the crystal vibrates, it produces a frequency, which is then used as the timebase reference for the external circuitry.

Advantages

Quartz crystal oscillators offer several advantages over other types of oscillators. The 416F2601XATT oscillator provides excellent temperature stability and high frequency stability over a long period of usage. This makes it an excellent choice for applications that require precise frequency control. The 416F2601XATT also has low power consumption and is long-lasting, reducing the need for frequent replacement. It is also suitable for use in extreme temperature situations, making it ideal for use in harsh environments.

Conclusion

The 416F2601XATT oscillator is a reliable and stable oscillator which can provide accurate frequency tuning for many applications. It is easy to use and is highly temperature stable, making it suitable for use in many environments. Thanks to its low jitter and extended temperature range, the 416F2601XATT provides excellent noise suppression and jitter characteristics, making it ideal for data acquisition and control systems. Its low power consumption and long-lasting performance make it a great choice for embedded and industrial grade applications.