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| Boot Sector | |  | LV200B (2Mb, x8/x16) | | | LV400B (4Mb, x8/x16) | | | LV800B (8Mb, x8/x16) | | | LV800D(1Mx8-Bit/512Kx16-Bit) | | | LV160B (16Mb, x8/x16) | | | LV160D (16Mb, x8/x16) | | | LV320D (32Mb, x8/x16) | | | LV001B (1Mb, x8) | | | LV002B (2Mb, x8) | | | LV004B (4Mb, x8) | | | LV008B (8Mb, x8) | | | LV116D (16Mb, x8) | | Uniform Sector | | | LV010B (1Mb, x8) | | | LV040B (4Mb, x8) | | | LV081B (8Mb, x8) | | | LV017D (16Mb, x8) | | | LV033C (32Mb, x8) | | | LV065D (64Mb, x8) | | | LV640xD (64Mb, x16) | | | LV642D (128 Mb, x16) | | | LV652D (128Mb, x8) | | | LV641GH/L / LV640GU (4M, x16) |
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Am29LV Family
The Am29LV family of 3.0 Volt-only, conventional architecture Flash Memory devices feature innovations that help you develop breakthrough products faster and easier than ever before.
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Zero-power operation. Automatic-sleep and standby modes cut energy consumption to a minimum while maintaining high system-level performance.
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Quicker programming. Our new unlock bypass command reduces device programming set-up time by 50 percent.
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Single-power-supply operation. Industry-standard 2.7V - 3.6V operation keeps this increased design flexibility and lower system cost.
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Embedded Algorithms. Simplifies program/erase software development, shortens time to market, and protects system code from inadvertent data loss.
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Versatile I/O. Device generates data output voltages and tolerates data input voltages as determined by to VIO pin.
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Sector-erase architecture. This unique feature lets you make fast, easy modular code updates.
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Multiple-sector protect. Protects code, including boot code, from viruses and saves money by eliminating the need for a separate boot EPROM.
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Proven industry-standard architecture. Allows easy upgrading of existing and future designs.
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Guaranteed 1,000,000 program/erase cycles. The industry's highest reliability (0.35-micron devices).
Zero adds up to a lot: The Spansion 3.0 Volt-only devices use 60 percent less power than 5.0 Volt flash devices. They also feature a low-power active mode that allows very low current consumption in read, program, and erase modes.
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