93LC86/P

93LC86/P Application Field and Working Principle

Introduction

The 93LC86/P is a memory device that’s highly asynchronous and provides random access to its integrated non-volatile memory array. It performs random access with a low power consumption and features fast and reliable access times. It is made up of 8K bits, organized for 8-bit data control. The 93LC86/P is highly resistant to electrical noise and fast data transfer, and is ideal for use in a number of applications such as consumer electronics, telecommunications, networking and automotive systems.

The 93LC86/P uses low voltage. It is typically supplied as a 5V device and typically operates from a 2.7V to 3.6V supply voltage. It also features high current circuits and a low power consumption which makes it suitable for low power applications.

Features of the 93LC86/P

• The 93LC86/P is an 8Kbit (1 Kbyte) device with 16 address lines.
• The 93LC86/P is an asynchronous, low voltage, non-volatile memory device.
• It has low power consumption and fast access times.
• It is resistant to electrical noise and fast data transfer.
• It has an integrated non-volatile memory array.
• It is offered in a 8/14/20-Pin SOIC package.
• It is designed and optimized for asynchronous random access.

Applications

The 93LC86/P is particularly useful for low power applications including networks and personal computers. Its low voltage and low power consumption allow it to be used in applications that require minimum power consumption. Additionally, its ability to operate at a higher frequency makes it well suited for use in high speed communications such as modems and routers. It is also well suited for automotive applications such as tire pressure monitoring systems and in-vehicle entertainment systems. Finally, the 93LC86/P is often used in consumer electronics applications such as mobile phones, digital cameras and PDAs.

Working Principle

The 93LC86/P is a non-volatile memory device that uses random access to its integrated memory array. It is composed of 8K bits which are organized as 8-bit data control. The data is accessed by placing the address of the desired data on address pins. In order to write data to the memory, the write enable (WE) pin must be activated. Read operations are initiated by setting the OE (Output Enable) pin. When the 94LC86/P is in read or write mode, the status output (SO) indicates the current status of the device. It also features an error correction register which checks for errors in data transfers.

The 93LC86/P also features a 2-wire serial interface. This interface can be used for programming and for reading/writing data. The interface operates in a master/slave configuration which allows multiple devices to be connected to the same bus. The master device will control the bus data transfers, and the slave device waits for data transfer commands from the master device. The 93LC86/P supports I2C, SPI, and serial peripheral interface (SPI) protocols.

Conclusion

The 93LC86/P is a highly asynchronous, low voltage, non-volatile memory device that provides random access to its integrated memory array. It features a low power consumption and fast access times, making it ideal for low power applications. It is highly resistant to electrical noise and fast data transfer, and is suitable for use in high speed networks and communications. Additionally, its integrated non-volatile memory array makes it well suited for use in consumer electronics and automotive applications. Finally, the 93LC86/P features a 2-wire serial interface which allows multiple devices to be connected to the same bus.