416F52033AST

Crystals are a special type of engineered materials which are used in electronics applications and come in different shapes, sizes and forms. The 416F52033AST is a type of crystal which is used in a wide range of applications which include embedded systems, sonar technology and challenging conditions. It is utilized in the design of components which are expected to remain reliable with minimal maintenance and have very specific characteristics.

What is the 416F52033AST?

The 416F52033AST is a ceramic surface-mount Device (SMD) crystal with a 10 ppm tolerance on frequency. It is rated for an operating temperature range between -20°C and +70°C. The existing design dimensions are 6.5 by 7.5 millimeters and a height of 2.5 millimeters. This makes it suitable for limited space applications. The internal oscillator circuit is capable of operating at a frequency of 24 MHz and is suitable for low power operations.

Mechanical Performance

The 416F52033AST has a wide range of mechanical performance characteristics. Its tri-state pins feature a good solderability, allowing for smooth and reliable connections to be made. This crystal is also resistant to external vibration, which allows it to remain accurate and reliable, even when exposed to strong vibration or movement. Additionally, this crystal is designed to resist mechanical shock, effectively protecting it from external impacts or other harsh environments.

Electrical Performance

The 416F52033AST has excellent electrical performance characteristics. It features a low second harmonic, low tolerance and low power consumption. Additionally, it features a fast cycle time and a low ESR (Equivalent Series Resistance). All of these characteristics ensure that the crystal is accurate and reliable in all kinds of applications, and is capable of maintaining a steady output.

Application Fields

The 416F52033AST has a wide range of applications in different fields. It is mainly used in embedded systems and sonar applications, which require reliable and stable performance. Additionally, it is suitable for use in challenging environments such as high temperature or extreme temperatures. It is also useful for applications which require long-term stability and reliability. Some other applications which require a dependable crystal oscillator are low-power modules, frequency synthesizers, communication networks and a variety of other systems.

Working Principle

The working principle of the 416F52033AST is based on the quartz crystal resonator. It is a piezoelectric device, meaning it has the ability to convert mechanical energy into electric energy, and vice versa. This type of crystal oscillator utilizes a quartz crystal which vibrates in the presence of an electric field. The crystal resonates at a precise frequency, which is determined by its shape and size. This frequency is generated and maintained by applying voltage to the input and output pins of the oscillator circuit.

Furthermore, the 416F52033AST is capable of producing a steady output due to its temperature-compensation feature. This feature ensures that the output frequency is not affected by temperature variations as the oscillator is able to adjust its frequency according to the surrounding environment. Lastly, the crystal is also designed to offer good flexibility and frequency stability over a wide range of operating temperatures, making it suitable for a variety of applications.

Conclusion

The 416F52033AST is a ceramic surface-mount device crystal with a 10 ppm tolerance frequency. It is designed to operate in a range of temperatures between -20°C and +70°C, and is suitable for a range of applications in embedded systems, sonar and challenging environments. This crystal is resistant to external vibration and shock, and offers excellent electrical performance characteristics. It also has a wide range of mechanical performance properties, including good solderability and temperature compensation. All of these features make the 416F52033AST an ideal choice for a variety of applications which require reliability, performance, and flexibility.