PT7C5027KC1-2DE

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The PT7C5027KC1-2DE is part of the 2.7V voltage-controlled oscillator family. These device families are part of the smaller family of precision timing devices adopted by manufacturers and designers to complement today\'s seismic changes in the electronics market and meet tight timing-accuracy requirements. The PT7C5027KC1-2DE has an impressive output frequency accuracy of 0.05%. Ideal for use in timing and synchronization applications.

Features

The PT7C5027KC1-2DE provides several features that make it the perfect choice for today\'s demanding timing applications. It uses a low-voltage CMOSprocess with a maximum supply voltage of 2.7V. The required voltage is reduced even further, down to 0.8V, when the Load Enable Pin is applied. This helps reduce power usage and makes the device a great choice for battery-operated applications. Moreover, the PT7C5027KC1-2DE is designed to offer an incredible output frequency accuracy of 0.05%, and an operating temperature of -40℃ to +105℃. This makes it ideal for use in automotive, industrial, and communications controller applications.

Applications

The PT7C5027KC1-2DE is best suited to applications that require minimal oscillator frequency accuracy and stability when operating over wide temperature ranges. This makes the device an ideal choice for automotive, industrial, communications, and other timing and synchronization needs. Examples include wireless access point and routers, access control systems, automotive ECUs, PLCs, and industrial controllers.

Working Principle

The PT7C5027KC1-2DE is designed to provide reliable frequency accuracy and stability over wide temperature ranges. It uses a wide supply voltage range of 0.8V to 2.7V, and is capable of a low operating temperature of -40℃ up to 105℃. To achieve a reliable, constant output signal, the device is fitted with an internal bias circuit to maintain frequency accuracy and stability over a wide temperature range. The PT7C5027KC1-2DE also offers low power consumption and can be activated or powered down using the Enable/Disable signal.

The device\'s most notable feature is its ability to provide a frequency accuracy of 0.05%. This comes from its on-board temperature compensation, which ensures that the output signal is completely accurate and stable over a wide temperature range. The PT7C5027KC1-2DE is also fitted with two differential outputs for clock synchronization purposes, as well as a Load Input/Output Pin to control the oscillator\'s enabling/disabling sequence.

Conclusion

The PT7C5027KC1-2DE is a state-of-the-art low-voltage CMOS oscillator built specifically for precision timing and synchronization applications. It offers excellent temperature performance, a wide operating-voltage range, and an impressive output-frequency accuracy of 0.05%. Furthermore, the device is capable of low power consumption and can be easily enabled/disabled using the Load Input/Output Pin. All in all, the PT7C5027KC1-2DE is an excellent choice for applications requiring reliable timing solutions over wide temperature ranges.

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