TSA5059ATS/C1,118

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What do people turn to when they need solutions for low power, small size, and high performance timing solutions for automotive and industrial-level applications? The answer is the TSA5059ATS/C1,118 Clock/Timing Generator. The TSA5059ATS/C1,118 provides one of the most reliable and accurate timing solutions for industrial applications by creating a stable frequency synthesizer device. In this article, we\'ll discuss the application fields and working principles of the TSA5059ATS/C1,118.

Application Field

The TSA5059ATS/C1,118 is an advanced and highly integrated Clock/Timing Generator that is ideal for automotive and industrial-level applications. It integrates a low jitter, high performance frequency synthesizer with an on-chip regulator, a spread spectrum clock generator, and a crystal oscillator to deliver ultra-high control accuracy, power savings, and low electromagnetic interference (EMI).

The low power and small size of the device make it ideal for automotive applications as well as industrial applications that require a reliable and accurate timing solution. This device is designed for applications where extreme temperature stability, low power consumption, and small board footprint. It is designed for applications where long operating life, long-term stability and precision timekeeping are critical. The device can be used in automotive electronic control units (ECUs), industrial automation systems, and other industrial applications that require a reliable and accurate timing solution.

Working Principle

The working principle of the TSA5059ATS/C1,118 involves a combination of several different components, including a frequency synthesizer, an oscillator, a regulator, and a spread spectrum clock generator. The frequency synthesizer generates clock signals that are used to drive the oscillator, which generates a reference clock signal. The reference clock is then regulated by the on-chip regulator to produce a stable frequency. The spread spectrum clock generator is used to reduce the amount of electromagnetic interference (EMI) produced by the device.

The frequency synthesizer is used to generate clock signals with a very high degree of accuracy, while the oscillator generates a low noise reference clock signal. The on-chip regulator ensures that the frequency of the reference clock signal remains stable over time. Finally, the spread spectrum clock generator reduces the amount of EMI generated by the device. Together, these components work together to create a reliable, low power clock/timing generator that can deliver ultra-high control accuracy, power savings, and low EMI.

Conclusion

The TSA5059ATS/C1,118 is a reliable and accurate clock/timing generator designed for automotive and industrial-level applications. It is designed to provide a low jitter, high performance frequency synthesizer with an on-chip regulator and a spread spectrum clock generator. Together, these components work together to create a reliable, low power clock/timing generator that can deliver ultra-high control accuracy, power savings, and low EMI. With its low power and small size, the TSA5059ATS/C1,118 is the perfect solution for automotive and industrial-level applications.

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