TFF11086HN/N1X Integrated Circuits (ICs)

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The increasingly dense and sophisticated electrical systems in today\'s vehicles, industrial control systems and communication networks mandate precise and reliable timing mechanisms. As such, time-dependent applications require highly precise timing signals in order to ensure accuracy and consistency. The TFF11086HN/N1X is an application-specific integrated circuit (ASIC) specifically designed to address these timing requirements.

This chip is a frequency-to-voltage (F2V) converter. It converts an input frequency signal into an analog voltage output. It is designed with low-jitter technology in order to minimize frequency jitter and improve timing accuracy. This enables it to provide accurate timing data for various time-dependent applications, such as automotive, industrial and communication systems.

The TFF11086HN/N1X is designed to achieve high accuracy with a voltage output precision of ±0.05%. This is accomplished by using a patented technology that ensures a high degree of accuracy and consistency even in fluctuating temperatures. In addition, the chip is rated for an ambient temperature range of -40°C to +85°C, ensuring that it can provide reliable and accurate timing even in extreme temperature conditions.

The chip is also designed to be power efficient, consuming only 1.2 mW of current. This minimizes power consumption and makes it suitable for power-sensitive applications. Additionally, it has an operating voltage range of 1.7 to 5.5V, making it compatible with most modern electronic systems. The TFF11086HN/N1X is also highly integrated in its design, allowing it to be incorporated into compact circuit designs.

The TFF11086HN/N1X is a highly reliable and accurate timing device. It is suitable for time-sensitive applications such as automotive, industrial and communication systems. Its low-jitter technology ensures that it delivers precise and reliable timing signals. Its power efficiency and ease of integration make it suitable for a wide range of applications. The chip’s high accuracy and voltage precision make it an ideal choice for any time-dependent application.

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