24LC128T-E/SM

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Memory is an essential component for every digital device for storing data. The 24LC128T-E/SM is one type of memory component which is widely used in various digital appliances owing to its attractive features. This article explores the application field and working principle of the 24LC128T-E/SM memory component.

The 24LC128T-E/SM is a non-volatile memory component with a large storage capacity of up to 128K bits. It is fabricated using advanced 16V CMOS technology for greater endurance and reliability. This memory component has an 8-pin small-outline package with a special power-down pin which can be used to save power when not in use. The component supports two voltage levels, two-wire serial interface, I2C protocol and fast access time of up to 100 ns.

The 24LC128T-E/SM can be used in a wide range of applications such as in embedded systems, industrial automation, instrumentation and medical equipment. In addition, the component can also be used in enterprise systems, point-of-service and remote sensors. This component can be used in combination with other devices and components for improved data processing. Furthermore, the 24LC128T-E/SM can also be connected in daisy-chain configurations for increased data storage capacity.

The 24LC128T-E/SM uses an internal architecture based on the conventional split gate cell for non-volatile memory storage. This means that when the supply voltage is failed, the data stored in the component is preserved. The component has a built-in write protect mode which can be used to protect it from accidental write operations. This component has an internal block protection mechanism which can be used to prevent accidental erasure of contents.

The 24LC128T-E/SM has two instruction sets which are utilized to program and read data stored in the component. These instructions include ‘Read instruction’ and ‘Write instruction’. The Read instruction is used to retrieve data from the component while the write instruction is used to store data in the component. The component has two types of addressing modes, namely the current address mode and the random address mode. In the current address mode, the internal address counter is incremented by one after each read/write operation. In the random address mode, the internal address pointer is set to the desired address before data is read or written.

The 24LC128T-E/SM also utilizes error detection to ensure the accuracy and reliability of data stored in the component. The component has an internal cyclic redundancy check mechanism which is used to detect any discrepancies in data transmission. The component also contains a self-timed write cycle which is used to detect any errors that may occur during data transfer.

Overall, the 24LC128T-E/SM is a high performance and reliable non-volatile memory component with a large storage capacity of 128K bits. This component can be used in a wide range of applications including embedded systems, instrumentation and industrial automation. The component utilizes advanced 16V CMOS technology and employs two instruction sets along with two addressing modes to program and retrieve data.

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