PL123-09OC Integrated Circuits (ICs)

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The PL123-09OC belongs to a class of clock generators and frequency synthesizers known as Phase Lock Loop or PLLs. The device is capable of generating low-noise clock signals, with a wide range of frequencies and operating modes.

PLLs are used in a variety of applications ranging from communications and networking, to instrumentation systems and timing applications. The PL123-09OC is designed to be exceptionally reliable, providing a single-phase output clock at frequencies between 4 kHz and 8 MHz.

The device is based on a digital, feedback/control-based architecture that effectively ‘locks’ the output to a reference frequency. By utilizing a programmable dual-phase-shift, the PL123-09OC ensures maximum dynamic range and stable performance across a wide range of temperatures, voltages and other operating modes.

In order to ensure its maintain its accuracy over time, the PL123-09OC features a number of features such as extending the lock time, minimizing jitter noise levels, and a highly efficient power supply design. The device also utilizes current-mode logic, allowing for the on-chip use of any type of PLL loop filter.

The combination of low-noise clock generation and high-efficiency design makes the PL123-09OC an ideal candidate for applications such as wireless/cellular communications, TDM networks, instrumentation systems, and audio/video synchronization.

By offering a wide range of frequencies and stable operation, the PL123-09OC can be used in multiple applications, ranging from communication systems to embedded systems. The device is also designed to provide a highly reliable clock source with minimal jitter noise and low power consumption, making it ideal for a variety of timing applications.

In conclusion, the PL123-09OC is a powerful phase lock loop device capable of generating low-noise clocks with a wide range of frequencies and operating modes. The device features current-mode logic and a highly efficient power design, as well as features such as extended lock time, low-jitter noise, and a wide dynamic range. As such, it is ideal for a variety of applications in the communications, networking, timing, and instrumentation systems.

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