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The Cypress Semiconductor CY7C271-35WC is a high-performance, power-switched, and reprogrammable PROM. This CMOS memory device offers a capacity of 32,768 words by 8 bits, providing 32K x 8 of storage. It utilizes proven EPROM floating gate technology and byte-wide intelligent programming algorithms for reliable data storage and retrieval.
Designed for speed and efficiency, the CY7C271-35WC boasts a maximum access time of 25 ns for commercial applications. When disabled, it automatically enters a low-power stand-by mode, conserving energy. The memory cells are built using EPROM floating gate technology, ensuring data integrity.
This PROM is available in a 300-mil slim package. It also comes in a cerDIP package equipped with an erasure window, allowing for reprogrammability when exposed to UV light. This feature makes it suitable for applications requiring iterative development or updates.
The CY7C271-35WC is ideal for various applications requiring non-volatile data storage with reprogrammability. Its combination of speed, low power consumption in stand-by mode, and reprogrammable nature makes it a versatile component for embedded systems and prototyping.
| Qty | Low | High |
|---|---|---|
| 1+ | $1.50 | $1.50 |
Estimated market price range - modelled values for guidance only, not live distributor offers.
The CY7C271-35WC has a memory size of 32,768 words by 8 bits.
The maximum access time for the CY7C271-35WC in commercial applications is 25 ns.
The CY7C271-35WC uses EPROM floating gate technology.
Yes, the CY7C271-35WC is windowed for reprogrammability and can be erased and reprogrammed when exposed to UV light.
The CY7C271-35WC is available in a 300-mil slim package and a cerDIP package with an erasure window.