576-BIT BIPOLAR RAM (64 X 9)

[Signetics] DESCRIPTION The organization of this device allows byte storage of data, including parity. where parity is not monitored, the ninth bit can be used as a tag or status indicator for each word stored. Ideal for scratch-pad, push-down stacks, buffer memories, and other internal memory a

16K-bit TTL bipolar PROM (2048 x 8)

DESCRIPTION The 82S191 and 82S191A are field programmable, which means that custom patterns are immediately available by following the Signetics Generic I fusing procedure. The 82S191 and 82S191A are supplied with all outputs at logical Low. Outputs are programmed to a logic High level at

16K-bit TTL bipolar PROM (2048 x 8)

DESCRIPTION The 82S191 and 82S191A are field programmable, which means that custom patterns are immediately available by following the Signetics Generic I fusing procedure. The 82S191 and 82S191A are supplied with all outputs at logical Low. Outputs are programmed to a logic High level at

576-BIT BIPOLAR RAM (64 X 9)

[Signetics] DESCRIPTION The organization of this device allows byte storage of data, including parity. where parity is not monitored, the ninth bit can be used as a tag or status indicator for each word stored. Ideal for scratch-pad, push-down stacks, buffer memories, and other internal memory a

576-BIT BIPOLAR RAM (64 X 9)

[Signetics] DESCRIPTION The organization of this device allows byte storage of data, including parity. where parity is not monitored, the ninth bit can be used as a tag or status indicator for each word stored. Ideal for scratch-pad, push-down stacks, buffer memories, and other internal memory a