Limited Stock

Motorola MC3001P 74H08 Quad 2-Input AND Gate TTL IC PDIP-14 Vintage

ICs / Integrated Circuits • SKU RFB00511

$12.95

Genuine vintage Motorola MC3001P integrated circuit marked “MC3001P (74H08N) 7121.” The MC3001P is a high-speed TTL quad 2-input AND gate in a 14-pin through-hole DIP package. Historical cross-reference documentation identifies the Motorola MC3001P as a 74H08-family device alongside the Texas Instruments SN74H08N, National Semiconductor DM74H08N, Signetics N74H08N, and Fairchild 74H08PC. ([Bitsavers][1])

The MC3001P is now an obsolete/discontinued Motorola logic IC and is primarily encountered as vintage surplus or replacement stock. Datasheet-reference information identifies it as an MC30-series, four-function, two-input TTL AND-gate device in a PDIP-14 package.

HISTORICAL BACKGROUND: The MC3001P comes from the early high-speed TTL era and was used in professional digital equipment well before modern CMOS logic became dominant. Period Varian documentation specifically lists Motorola MC3001P devices under Varian part number 49A0104-000 and shows them used extensively on logic cards in the Varian 620-series computer systems. This makes the MC3001P particularly interesting for restoration of early digital equipment, vintage computers, laboratory electronics, industrial control hardware, and other 1970s-era TTL systems. ([MRYNET][2])

The “7121” marking on this example is consistent with an early-1970s production/date-code style, although RF Boneyard does not independently guarantee the exact factory date interpretation. Similar MC3001P examples are currently marketed specifically as vintage 1971-era components, while surviving stock is substantially less common than modern 74-series logic. ([eBay.de][3])

This listing is for ONE Motorola MC3001P IC. It is useful as an original-period replacement where maintaining vintage Motorola/74H-series logic is desirable, as restoration stock, or as a collectible early TTL semiconductor. Historical equivalents should not be installed solely by cross-reference number without checking the equipment schematic, logic family, supply requirements, loading, propagation characteristics, pinout, and service documentation.