93C86CT-E/SN

Memory

The 93C86CT-E/SN is a 1,024 bit Serial 8-pin EEPROM sold by Microchip Technology, Inc. It is a non-volatile, re-programmable memory device which is widely used for storing data or program information, or both. The 93C86CT-E/SN is used in a wide variety of applications ranging from industrial, automotive, communications to consumer electronics.

Applications for the 93C86CT-E/SN have a very wide range and can be used in many different fields of technology. In automotive applications, it is used for tire pressure monitoring systems, and for ECU (Electronic Control Unit) programming. In communications, it is used in set-top boxes and satellite receivers. In industrial applications, the EEPROM is used in programmable logic controllers, and in consumer applications, it is used in computers, mobile phones and digital cameras.

The 93C86CT-E/SN EEPROM has a serialized 8-pin package and is used alongside a bus interface. The serial bus allows data to be sent to the EEPROM, and the EEPROM to process and store the data by rewriting the memory cells. This makes it a versatile device for storing information, such as device identifiers, vehicle programming data, or simply application and operating system programs.

One of the main advantages of the 93C86CT-E/SN EEPROM is its small size. Due to its compact size, the EEPROM can be used in nearly any application with limited space. It is also designed to operate at low voltages, making it suitable for use in battery-powered applications.

In addition, the 93C86CT-E/SN EEPROM has an on-board oscillator which helps to reduce timing constraints associated with device operation. As a result, the EEPROM can operate reliably under a wide range of operating conditions, even when the device is exposed to temperature variations of up to +85°C. The EEPROM also contains immunity to electrical transients, which is beneficial in applications exposed to environmental interference.

The 93C86CT-E/SN EEPROM is a highly efficient device, capable of storing up to 1,024-bits of data. Its low power characteristics, wide range of operating temperatures and its small size make it ideal for many applications. Its ability to store and access data quickly and reliably makes it a popular choice for many embedded applications.