PT7C5027C2-2DE

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PT7C5027C2-2DE is a Clock/Timing - Application Specific device manufactured by The Precision Microprocessor Pty. Ltd. It is designed to handle a variety of timing and synchronization applications. It features two deep-trench samples where each sample is capable of providing a reference clock frequency of up to 800 MHz.

The PT7C5027C2-2DE provides a wide frequency range of 0 - 800 MHz with a high frequency resolution of 1 Hz and a programmable frequency. It enables users to set the frequency within a range of 1 Hz to 200 KHz. This allows users to decide the exact frequency required for their applications.

The PT7C5027C2-2DE uses an oscillator with a frequency range of 1 Hz - 800 MHz and a peak frequency of 800 MHz. It is designed to reduce jitter, minimize the out-of-band noise, and reduce power consumption. The PT7C5027C2-2DE is designed to be used in low-noise environments and is reliable when used in high-speed applications.

The PT7C5027C2-2DE is designed for use in time-unit networking and synchronizing applications. It is capable of providing a low-jitter clock signal with a sub-microsecond resolution. The PT7C5027C2-2DE is ideal for synchronizing electronic devices, providing real-time performance monitoring, and synchronizing multiple networks.

The PT7C5027C2-2DE can be used to perform a variety of custom logic operations. It can be used to generate a clock signal, trigger a signal, or create a master clock signal. Its flexible design makes it suitable for applications such as a circuit board tester or a lab equipment.

The PT7C5027C2-2DE is powered by a lithium battery and can operate for up to five years without replacement. It is programmable through a USB port and has an RS-485 interface for remote control. The PT7C5027C2-2DE supports both single-sent and multiplexed communications.

The PT7C5027C2-2DE is designed to provide reliable clocks and timing for a variety of applications. It is a cost-effective solution for time-unit networking and synchronization and for a variety of other applications. It is an ideal choice for a wide range of clock/timing applications.

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