Lansdale Semiconductor, Inc. Datasheets for Logic Multiplexers

Logic multiplexers are integrated circuits that route digital information from multiple sources onto a single line for transmission to a common destination.
Logic Multiplexers: Learn more

Product Name Notes
The 10500/10100 series of emitter-coupled logic is the fastest logic technology available for practical use. A conventional planar process is used for the 10K ECL series with a density of...
The 5400/7400 series of transistor-transisto r logic consists of medium speed TTL integrated circuits. This high noise immunity family was designed for general digital logic applications requiring clock frequencies to...
The 5400/7400 series of transistor-transisto r logic is a medium-speed, high-noise-immunity family of saturating integrated logic circuits designed for general digital logic applications requiring clock frequencies to 30MHz and switching...
The 54S00/74S00 series of product is fabricated with a non-saturating Schottky clamped transistor technique. This family of TTL product consists of very high performance and high power devices.
The 54SS00/74SS00 series of transistor-transisto r logic was originally manufactured by Motorola and utilizes Super Schottky technology.
The 8200/8H00 series MSI circuits are directly compatible with other TTL circuits including 5400/7400 series devices.
The following TTL parts were originally supported by Signetics.
The Series 54LS/74LS Schottky TTL family features both Schottky-barrier-dio de inputs and emitter inputs and utilizes full Schottky-barrier-dio de clamping to achieve speeds comparable to Series 54/74 at one-fifth of...
These TTL integrated circuits are designed for digital applications in the medium to high-speed range. They provide significant reduction in package count and increased logic per function over devices in...
These TTL integrated circuits provide complex functions designed for digital applications in the medium to high-speed range. They provide significant reduction in package count and increased logic per function over...