IS25LP032D-JNLE-TR

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Widely used in consumer electronics, automotive electronics, communications, networking and industrial applications, IS25LP032D-JNLE-TR is a 3V 32M-BIT Serial Flash Memory with Dual and Quad SPI. Specially designed for industrial temperature range, this memory device is able to operate at temperatures up to 125C. This particular memory device provides some of the most advanced features on the market, such as low power consumption and a 4kb Parameter Block.

The IS25LP032D-JNLE-TR works based on a uniform, sector-based architecture and a fast, error free memory access protocol. Furthermore, the IS25LP032D-JNLE-TR is capable of being clocked up to 80 MHz. The device can be read in Dual Output mode or Quad Output mode, allowing for double or quadruple the data access speed.

The IS25LP032D-JNLE-TR features four-kbytes parameter block, a security register configuration, a system status register access, a four byte address support, a programmable read configuration, a sector protection for four 32-kB sectors and a write protection for the whole device. In order to enable prior programming access, the IS25LP032D-JNLE-TR also provides an optional memory enable feature.

In addition, the IS25LP032D-JNLE-TR also offers protection against exposure to electrical storms and extreme temperatures, allowing it to withstand the harshest weather conditions. Furthermore, the device is designed with an ECC (Error Checking and Correction) mechanism that detects and corrects data errors caused by UV and gamma radiation.

The IS25LP032D-JNLE-TR is available in packages that range from 6-pin SON to 48-pin TSOP with various options for board trace layout and routing. The device\'s flexible power management also allows for its use in battery-operated systems.

Overall, the IS25LP032D-JNLE-TR is an ideal choice for those looking for an efficient, reliable and easy-to-use memory solution. The device\'s advanced features and robust parameters make it the perfect choice for applications requiring data accuracy and long-term data storage.

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