357LC5C074M1758

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Oscillators are used to generate frequency signals that are sent to the various circuit segments. The 357LC5C074M1758 oscillator is one such component that fits into the field of oscillator generation. It is able to generate a stable, harmonic signal and provides excellent frequency accuracy in both digital and analog applications.

Introduction

The 357LC5C074M1758 is an oscillator designed to best fit the needs of applications or systems where a precise frequency is necessary for accuracy in analog or digital operations. It is a post-tuned temperature- compensated oscillator (TCXO) that produces a low-power sinusoidal waveform perfectly suited for digital applications such as communications or navigation, and for radio-frequency (RF) applications. It operates from either 12 or 24 volts and has a frequency in the range of 10 to 30 MHz.

Application Field

The 357LC5C074M1758 is used for applications where low-power operation is desired and minimal interference needs to be avoided. This includes amplifier and component assemblies, automotive audio systems, avionics, communication systems, industrial control systems, process control systems, precision instrumentation, navigation systems, and other high-accuracy applications. These oscillators are particularly valuable for applications that require reliable performance over extended temperature ranges, such as in aircraft or medical instrumentation.

Working Principle

The 357LC5C074M1758 operates by creating a sinusoidal waveform using an electric oscillator circuit. This is a circuit composed of capacitors, resistors, and transistors which can be wired together to generate a harmonic, stable signal. This signal is often called the ‘clock’ signal, and it is used to control or time the operation of the other components in the system. The oscillator operates at an extremely precise frequency, with frequency accuracy typically better than 0.5ppm, which allows for extremely accurate operation. The oscillator uses a temperature compensation element which allows for stable operation over a wide temperature range, eliminating the need for frequency adjustment. The outputs are user-selectable, ranging from sine wave to TTL logic.

Conclusion

The 357LC5C074M1758 oscillator is an important component in a variety of high-accuracy applications. It is designed to generate a harmonic, low-power sinusoidal waveform over a wide temperature range. It has precise frequency accuracy, with a typical accuracy of 0.5ppm for digital and analog uses. The output is user-selectable with a range of options from sine wave to TTL logic. These oscillators are used in amplifier and component assemblies, automotive audio systems, avionics, communication systems, industrial control systems, process control systems, precision instrumentation, navigation systems, and other high-accuracy applications. Overall, the 357LC5C074M1758 oscillator is a valuable tool in the field of oscillator generation.

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