23S09-1HPGG8

Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The 23S09-1HPGG8 is a programmable clock generator and phase-locked loop (PLL) module for a wide range of applications. It offers users the ability to generate both frequency-stable and adjustable clocks, waves, and timing signals. Additionally, the module provides a flexible and cost-effective way to create multiple reference signals with varying phase shifts along with accurate pulse width modulation.

Design and Features

The 23S09-1HPGG8 features a modular design, which can be integrated into custom-designed control systems. The module is designed using the latest in high-quality analog components and digital signal processing technologies. This allows it to accurately produce signals up to the 500 MHz range with high noise immunity.

The 23S09-1HPGG8 offers a range of features, including two independent programmable output channels, dual-channel frequency synthesis, and a 2.4 GHz clock generator. Additionally, the module offers a wide frequency range with programmable skew, varying phase offsets and pulse widths.

The 23S09-1HPGG8 also includes a built-in temperature sensor, a high-precision input clock for frequency synthesis, voltage and current monitoring, over-voltage protection and a wide range of other features.

Application Field

The 23S09-1HPGG8 is ideal for use in a variety of applications, including automotive and industrial controllers, digital video cameras, television set-top boxes, and other communications devices. It can also be used in broadcast video systems, communications systems and manufacturing processes.

The module is designed for use in applications that require accurate and reliable clock signals such as telecommunications, data centers and Internet of Things (IoT) devices. Additionally, the 23S09-1HPGG8 can be used for a wide range of applications such as precision timing systems, radio frequency (RF) and microwave systems, and in-circuit testing.

Working Principle

The 23S09-1HPGG8 is based on a PLL architecture, which uses an external crystal oscillator as the clock signal input. This input clock is used to synthesize the desired clock signal, which then passes through a VCO to produce the programmable output signal.

The module also features an internal feedback loop which monitors the generated signal, and can adjust it if it is not stable or accurate. This enables the 23S09-1HPGG8 to maintain its programmable signal accuracy even in cases of external interference or noise. Additionally, the module can be programmed to produce multiple independent clocks and signals with varying phase shifts and pulse widths.