AT24C04D-SSHM-B Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Memory devices that can store digital data are ubiquitous and ever-present in electronics applications, from consumer consumer applications to more complex top-of-the-line military grade systems. Among the types of memory available, static random access memory (SRAM) is an important form of volatile memory, as it is capable of holding digital data for short periods of time even when not powered. A common and reliable example of SRAM is the AT24C04D-SSHM-B device.

The AT24C04D-SSHM-B is a non-volatile memory device manufactured by ATMEL Corporation, featuring a density of 4,096 bits (512 x 8). It is a serial EEPROM memory device, meaning that it operates in response to data clocks provided by a microprocessor. It is connected to the electronic device through a 2-wire serial interface, and can be used to store data and also to retrieve data quickly. The device has an access time of 140ns, meaning that it can be used to handle large amounts of data efficiently. Its small footprint and low power requirements make it suitable for use in applications that require large amounts of data to be stored and accessed quickly.

The AT24C04D-SSHM-B is a versatile device applicable in a wide range of applications. For example, it can be used in communication systems such as satellite and television, and in audio/video components. It is also suitable for use in computer-based systems and in automotive and electronic toys. Additionally, the device can be used in the development of robotics, the implementation of industrial control systems, and in the design of medical equipment, among other applications. Thus, this dependable memory device can be used across numerous industries to provide efficient, reliable and secure data storage.

The AT24C04D-SSHM-B works on a Three-Level Cell (TLC) architecture principle, allowing it to store three bits of data in one memory cell. This means that, with only two transistors, it can store a total of eight different values. The device can detect errors and can store and retrieve data in response to a continuous supply of clock pulses. When writing data, information can be written in bits, not just entire bytes. This type of programming is known as Partial Array Programming and enables data to be written selectively without needing to erase or rewrite the entire memory array. This type of data writing is also known as Word Programming.

The AT24C04D-SSHM-B employs the use of Bi-Polar CMOS Technology (BCT) to enhance data speed and reduce power consumption. In BCT, logic functions such as AND, OR, NOT, NAND and NOR operations can be achieved easily. This provides flexibility when designing various applications, as the data within the device can be manipulated in different ways. The device also makes use of an 8-bit address bus, allowing for addressing of up to 256 memory locations through the two-wire serial interface.

The AT24C04D-SSHM-B further features an internal data write protect (DWP) system, which allows for the selection of memory locations for data protection. Data stored in these designated memory locations are safe from unauthorized access, strengthening security measures and preventing data corruption. The device\'s internal write protection system can also be enabled by the system controller, allowing for additional control over device operation.

In conclusion, the AT24C04D-SSHM-B is a reliable and versatile static random access memory device manufactured by ATMEL Corporation. It can be used in a range of digital applications, from communication systems to electronic toys, and benefitting from its small form factor and low power requirements. Additionally, its Three-Level Cell (TLC) architecture, Bi-Polar CMOS Technology (BCT) and internal DWP system make it an optimal choice for applications requiring large amounts of data to be stored and accessed quickly and securely.

The specific data is subject to PDF, and the above content is for reference