AS7C164A-15JCN

AS7C164A-15JCN is a 16K Parallel CMOS SRAM, greatly used in digital application fields. It contains 8 internal words of 8-bit data, and a scratchpad RAM of 16K x 8 bits capacity. AS7C164A-15JCN adopts a 3-state output feature for address input, and the available addressing is 16K words. It also takes advantage of advanced low-power CMOS technology.

The AS7C164A-15JCN is mainly used in various data storage, such as general-purpose systems, personal computers, and embedded application such as PDA, automotive, medical and industrial control applications. For these types of application, the AS7C164A-15JCN can provide higher performance, higher density, and low-power functions.

The AS7C164A-15JCN has a few main data output functions that perform well when used in digital applications. First, it has a natural Page-mode function, which enables the output capabiliy of a semiconductor memory to be increased without increasing power consumption significantly. The Page-mode function also assures fast access to the stored data. In addition, it has an open-drain output configuration that improves output capability and enhances integration possibility in ASICs. The AS7C164A-15JCN also has Hi-Z/Select high-speed triple access ports, which are especially useful to reduce the interface time needed to access memory chips.

The working principle of the AS7C164A-15JCN is that it can store and retrieve data from its 8 internal words of 8-bit data and its 16K x 8 bits scratchpad RAM. Data can be put into the AS7C164A-15JCN\'s 8 internal words or its 16K x 8 bits scratchpad RAM through a Data In (DI) port, and then can be accessed by the Data Out (DO) port. The AS7C164A-15JCN has a variety of features that can be programmed, like mask programming and write protect. The AS7C164A-15JCN also has an independent power-on reset feature that assures correct data memory contents during power-up and power-down, which can be used to help design the power supply sequencing.

In conclusion, AS7C164A-15JCN is an ideal choice for most digital application fields due to its performance, reliability, low power consumption, and cost effectiveness. Its advanced features make it suitable for embedded applications, like PDA, automotive, and medical. Its internal memory of 8 multiplex word lines, 8 multiplex input/output, and 16KB memory have been proven beneficial to meet most requirements. Furthermore, its low power and cost features help to reduce system cost and energy consumption in the long run.