500DPAA148M500ACFR

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Oscillators

The 500DPAA148M500ACFR is an oscillator that provides precise timing and control for multiple technologies. The device is designed for industrial applications that require highly reliable and accurate control of processes. It is used in multiple applications such as, aerospace, railways, automotive, and other related applications.

Application

The 500DPAA148M500ACFR is a single-phase, precision oscillator. It is suitable for high-accuracy timing and control applications as well as for small/mid-sized industrial applications. It has a wide range of applications including automotive, aerospace, soviet trains, medical, military, and other related applications.

The device is capable of delivering accurate timing and control signals to multiple systems in remote, challenging environments. It has a low noise output and a high resolution, so that the exact command and control parameters can be precisely set. It is also highly reliable at extreme temperatures and humidity levels, making it a great option for harsh or extreme environments.

The 500DPAA148M500ACFR can also be used as a signal conditioner, as it is capable of converting signals from low-level to high-level to rapidly implement full control of a system. It is also suitable for high-precision speed ratings, where accurate timing of multiple motors is important.

Working Principle

The 500DPAA148M500ACFR operates on the basis of a quartz crystal oscillator core. This core is finely tuned so that it resonates with an exact frequency. This frequency creates a very precise timing signal which is used to control the system.

The 500DPAA148M500ACFR also utilizes the use of phase-locked loops (PLLs). PLLs are used to create a very precise frequency signal, which the oscillator uses to ensure the exact timing for the system. The PLLs of the power supply device are also tuned to the same frequency as the quartz crystal oscillator core, in order to ensure that the exact frequency is maintained.

The exact timing and control signals generated by the 500DPAA148M500ACFR are also used to control motors and actuators as well as other devices in the system. By controlling the timing and control signals, multiple motors and actuators can be controlled with exact precision. This ensures that the system can achieve optimal performance levels without any variability in the system.

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