AT27C010L-15PC

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The AT27C010L-15PC is a digital integrated circuit and is classified as a type of memory. Memory components are essential for any device that uses a computer processor. Memory is used to store information and can then be retrieved when needed.

The AT27C010L-15PC is a 1024-Kbit CMOS EPROM, Electrically Programmable Read-Only Memory. It is capable of retaining stored data, even in power loss situations. With a high-endurance of greater than 10 million write/erase, it is highly reliable and suitable for all sorts of applications. The chip has a unique form factor, which makes it easy to embed in different type of equipment for applications such as

• Safety-critical systems
• Industrial automation systems
• Network routers
• Telecommunications products
• Embedded computers

The AT27C010L-15PC also has rich features, making it even more suitable for just about any application. These features include:

• 2-word page mode
• Self-timed write cycle program
• Quad-power supply benefits
• Advanced programming features
• High-voltage programming for faster programming time
• Reliable package design which ensures long-term data retention

The AT27C010L-15PC works in a two-word page mode, where one page is two words wide. This means that 16-bit data can be sent and retrieved simultaneously, under the condition that chip select (CS#) and output enable (OE#) remain low. It is also possible to program two words of the same data into the two-word page, however writing different data to each address requires separate programming cycles.

To program the AT27C010L-15PC, the operator must first hold the chip select (CS#) and output enable (OE#) low and denote the programming voltage supply (Vpp). To access the write/read pins, the chip select (CS#) must be held low while the output enable (OE#) is active. Then, a 14-bit address can be sent out by input pins A0-A13, in either serial or parallel format. Data is written using the data pins (DI-D15) while the write enable (WE#) is held low.

For reading, the operator must also hold the chip select (CS#) low and output enable (OE#) active. The address for data retrieval is then sent out, with the data appearing at the data output pins DQ-DQ15. Reading the data is completely self-timed, requiring no external intervention.

In addition to its powerful memory capabilities, the AT27C010L-15PC also includes several advanced programming features. These features include a unique self-timed programming algorithm that is capable of programming at high-voltage in order to reduce programming time. The package design of the chip also ensures reliable data retention, up to 10 years if used as specified.

In conclusion, the AT27C010L-15PC is a powerful and reliable type of memory, suitable for a wide range of applications. With its versatile form factor, advanced programming features, and high-endurance, the chip can be used in a wide variety of projects where reliable data storage and retrieval are required.

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