AT27C4096-15PI

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Introduction

Memory devices are widely used in today’s digital world for data storage and processing applications. AT27C4096-15PI is a one-time programmable, non-volatile 4Mbit memory device from Atmel Corporation. It is a high-density CMOS memory device that combines flexibility, reliable operation and high-speed performance with low-voltage logic. It is mainly used in space-critical and low power applications such as medical diagnostic equipment, industrial automation, and rapid prototyping.

AT27C4096-15PI Application Field

AT27C4096-15PI is primarily used in the medical diagnostic equipment and industrial automation industry due to its high-density CMOS memory and low-voltage logic design. It provides an ideal solution for space-critical and low power applications where data storage and processing is required. AT27C4096-15PI has a single chip configuration that integrates into many devices and allows for easy storage and retrieval of data. Furthermore, its low voltage design allows for compatibility with low-power mobile and wearable devices. AT27C4096-15PI’s combination of flexibility, reliability, high-speed performance and low-power requirement make it perfect for applications that require efficient storage and retrieval of data rapidly.

AT27C4096-15PI Working Principle

AT27C4096-15PI is a CMOS Flash memory device that uses a one-time programmable, non-volatile technology. It consists of 128K or 4Mbits of memory and can be programmed and erased as many times as needed. Programming is done by applying a voltage to the device, which then is converted into a logic level by the chip. Erasing is done by applying an electric field to the device. This electric field causes a disruption in the chip’s internal circuitry and thus erases the stored information. The program and erase mode of AT27C4096-15PI are controlled by a three-level program voltage and a three-level erase voltage.

AT27C4096-15PI also features an extra sense amplifier circuit. This circuit enhances the device’s performance when dealing with variable input signals and narrow voltage margins. It also compensates for bus noise and allows for an increase in data processing speed. The device also includes a built-in oscillator which is used to reduce power consumption.

Conclusion

AT27C4096-15PI is an ideal choice for a range of applications that require efficient storage and retrieval of data rapidly. This memory device is one-time programmable and non-volatile. It is designed for space-critical and low power applications such as medical diagnostic equipment, industrial automation, and rapid prototyping. The device is equipped with a sense amplifier circuit and oscillator, which enhances its performance and reduces power consumption. AT27C4096-15PI is an ideal device for those looking for a comprehensive high-density memory solution.

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