IDT23S08-1HPG

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The IDT23S08-1HPG is an application-specific timing device, often used in clocks, timing, and frequency synthesizers applications. This device can be used as a single-clock source, or as a frequency synthesizer with multiple outputs. It is capable of producing up to 14 output frequencies, and can be programmed to operate over a wide range of frequencies.

The IDT23S08-1HPG is a versatile integrated circuit suitable for applications that require a high-performance, frequency synthesizer. It uses a configurable Phase-Locked Loop (PLL) to produce a wide range of output frequencies. The PLL consists of a voltage-controlled oscillator (VCO), a programmable frequency divider, and a feedback loop.

The VCO output is divided by a divide-by-N counter and fed back to the PLL input. The VCO output frequency is controlled by an external voltage applied to the VCO control voltage pin. It is also possible to select pre-programmed frequency options directly using three control pins. The resulting divided output is then provided as a buffered clock signal.

This device can be used to produce several frequencies simultaneously, from one single-clock source. This is very useful for providing multiple timing requirements from a single source, and it also helps to reduce cost, components and power consumption. In addition, the device includes many features to improve jitter, such as reference frequency multiplication, a VCO frequency multiplication, a wide range of dividers, and a reference clock synthesizer.

The IDT23S08-1HPG is also capable of providing dynamic frequency alteration with high accuracy. This is especially useful for applications that require high performance and frequency flexibility. Additionally, the device includes an onboard configuration EEPROM to store the device settings.

In conclusion, the IDT23S08-1HPG is a versatile integrated circuit designed for high performance frequency synthesizers and clock generator applications. It is capable of producing up to 14 output frequencies, can be programmed over a wide range of frequencies, and can be used to produce multiple frequencies simultaneously.

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