89H24NT24AG2ZBHLI8

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The 89H24NT24AG2ZBHLI8 is a silicon chip designed as a Clock Generator, Phase Locked Loop (PLL), and Frequency Synthesizer.

The chip operates in three operating modes. In Clock Generator Mode, it produces a high-frequency output pulse train having frequency and duty cycle selectable by the user. In PLL Mode, it tracks input signals and locks the output to them even in the presence of any noise or jitter introduced. And in Frequency Synthesizer Mode, it acts as a frequency divider. Any output frequency in the range 0.25MHz to 1MHz is achievable by varying the reference frequency and output divide value.

The 89H24NT24AG2ZBHLI8 has a wide range of applications thanks to its versatility and accuracy. It can be used as a Clock Generator and PLL for systems of all levels, from the very low-cost and low-power to high-end applications. It can also be used for Frequency Synthesis, for example in radio tuning systems, Time-of-Flight sensors, and Modem and other modem communications systems. For high-speed and wide area communication networks, it can be used to generate accurate and reliable frequency clocks, enabling synchronization of multiple systems.

The 89H24NT24AG2ZBHLI8 is designed with a low power consumption and can be operated up to temperatures of 105°C. The chip is compatible with a wide selection of voltage levels and AC and DC power supply options. It has a low jitter and a low output supply voltage, which benefits the overall power and performance.

The 89H24NT24AG2ZBHLI8 is suitable for a variety of purposes and applications, including low-end and high-end applications and low-power embedded systems. The chip can be integrated in different types of devices as a stand-alone clock generator or driver IC. Its versatility enables developers to design and implement complex applications in a wide range of operation conditions.

Working with the 89H24NT24AG2ZBHLI8 is fairly straightforward, as it is easily programmable with a parallel interface. Its comprehensive user manual covers the settings and pin definitions for different operating modes. Its software is compatible with a range of host controllers, and its hardware design is optimized to reduce noise and interference.

The 89H24NT24AG2ZBHLI8 proves to be a great choice for generating stable pulses, and accurately handling noise and jitter. With a wide range of settings and features, it can satisfy the needs of many different applications, enabling developers to design their projects with increased efficiency and model accuracy.

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