93LC76C-E/ST

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The 93LC76C-E/ST is a Static Random Access Memory (SRAM) circuit designed and manufactured by Microchip Technology Inc. It is a non-volatile memory device that stores data and programs, even when power is not applied. This memory solution is ideal for embedded system designs where needing dependable non-volatile data/program storage is paramount. With 2 Kbits of serial EEPROM memory, the 93LC76C-E/ST can store up to 4 Kbyte of data or programs. Memory can be addressed 8 bits at a time.

The 93LC76C-E/ST features an internally organized x 8 bit static RAM and an x 8 bit serial EEPROM array. The SRAM array stores programs/data that require frequent updates, while the serial EEPROM will store the data more permanently. The 93LC76C-E/ST has an organization of 3522 word x 8 bits, with a data security bit associated with each word. This device is specially designed to help provide more reliability and data integrity in embedded systems.

The 93LC76C-E/ST offers a variety of application fields, such as automotive, motor control and industrial process control, as well as consumer and business applications. One of the main application fields for this memory is Enterprise server and storage controllers. It is important for these applications to have reliable and secure non-volatile memory that can withstand the demanding needs of these environments.

The 93LC76C-E/ST is designed to provide reliable non-volatile memory in a compact package, while still providing the necessary levels of data security. This device is ideal for applications such as remote keyless entry, security access and smart card applications, which require a high degree of data security. It also is suitable for remote field devices and home automation applications, where the stability and reliability of data is required.

In terms of working principle, the 93LC76C-E/ST is designed to provide non-volatile data storage. It is designed to interface to the MCU via a 3-wire Serial Peripheral Interface (SPI). The device has a Schmitt-trigger input on the Select (S) pin, as well as eight address/data pins, which enable the device to be easily interfaced with microcontrollers. It also has an active low Write Enable (WE) pin for controlling write operations.

The 93LC76C-E/ST utilizes the Serial Peripheral Interface (SPI) to process data. This memory device is optimized to operate up to 4 Mbps. The device uses the SPI bus to read/write data. Data can be written in byte mode (8 bits at a time) or word mode (16 bits at a time). The device also supports two different write protect modes and a compliant low-power standby mode.

The 93LC76C-E/ST is a reliable and secure non-volatile memory device, which can provide dependable data storage for a variety of applications. It is designed to be compatible with any microcontroller and use the SPI bus for fast and efficient communication. With its flexible design, this device can easily be integrated into embedded system designs where reliable data storage is needed.

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