logic circuit IC No detail

TTL (74xx) True TTL
74L	Low power
74S	Schottky
74H	High speed
74LS	Low power - Schottky
74AS	Advanced - Schottky
74ALS	Advanced - Low power - Schottky
74F(AST)	Fast - (Advanced - Schottky)
74C	CMOS.......check Vcc level
74HC (U)	High speed - CMOS (Unbuffered output)
74HCS (U)	High speed - CMOS (SOS CMOS, Radiation hardened)
74HCT	High speed - CMOS - TTL inputs
74AHC	Advanced - High speed - CMOS
74AHCT	Advanced - High speed - CMOS - TTL inputs
74FCT (-A,T,AT)	Fast - CMOS - TTL inputs (speed variations)
74AC	Advanced - CMOS
74ACS (U)	High speed - CMOS (SOS CMOS, Radiation hardened)
74ACT	Advanced - CMOS - TTL inputs
74ACTS (U)	High speed - CMOS - TTL inputs (SOS CMOS, Radiation hardened)
74FACT	AC, ACT (Q) series
74ACQ	Advanced - CMOS - Quiet outputs
74ACTQ	Advanced - CMOS - TTL inputs - Quiet outputs
74AVC	Advanced very low voltage CMOS
74AUC	Advanced ultra-low voltage CMOS
74AUP	Advanced ultra-low power
74UHS	Ultra High Speed
74ULP	Ultra Low Power
Bus Driver Families
74ABT	Advanced - BiCMOS - Technology
74ABTE	ABT - Enhanced Transceiver Logic
74ABTH	Advanced - BiCMOS - Technology - bus Hold
74BCT	BiCMOS - TTL inputs
74BTL	Backplane - Transceiver - Logic (BiCMOS)
74CBT	Cross Bar Technology
74CBTLV	CBT Low Voltage
74CBTK	CBT - Active Clamp
74FB	Futurebus+ [limited usage, see the Futurebus Interface page
74GTL	Gunning - Transceiver - Logic [200MHz, Point-to-Point]
74GTLP	GTL - Plus [120MHz, Multi-Point, Backplane]
74SSTV	Series Stub Terminated Logic
74TVC	Translation voltage clamp
Low Voltage Families
74ALB	Advanced - Low Voltage - BiCMOS
74LV (U)	Low - Voltage (Unbuffered output) (CMOS)
74LVC (R) (U)	LV - CMOS (damping Resistor)(Unbuffered output)
74LVCH	Low - Voltage - CMOS - bus Hold
74ALVC	Advanced - Low - Voltage - CMOS
74LVT (R) (U)	LV - TTL (damping Resistor(Unbuffered output) (BiCMOS)
74LVTZ	Low - Voltage - TTL - High Impedance power-up
74ALVC (R)	ALV - CMOS (bus Hold) (damping Resistor)
74ALVCH	Advanced - Low - Voltage - CMOS - bus Hold
74LCX	LV - CMOS (operates with 3v and 5v supplies)
74VCX	LV - CMOS (operates with 1.8v and 3.6v supplies
74CBTLV	CBT - Low Voltage
4000	True CMOS (non-TTL levels, may use different Vcc)
ECL Device Families:
MECL I	8nS* [in production between 1962 to 1977]
MECL II	2nS* [in production between 1966 to 1979]
MECL III	(16XX) 1nS* .......* = Rise & Fall Time [introduced in 1968]
101xx	100 series 10K ECL, 3.5nS* [introduced in 1971]
102xx	200 series 10K ECL, 2.5nS*
108xx	800 series 10K ECL, voltage compensated, 3.5nS*
10Hxxx	10K - High speed, voltage compensated, 1.8nS* [introduced in 1981]
10Exxx	10K - ECLinPS, voltage compensated, 800pS*
10EPxxx	10K - ECLinPS Plus, voltage compensated, 160pS*
10ELxxx	10K - ECLinPS Lite, Single gate, voltage compensated, 275pS*
100xxx	100K, temperature compensated
100Hxxx	100K - High speed, temperature compensated
100Exxx	100K - ECLinPS, temp, voltage comp., 800pS*
High Speed Differential Signaling Families:
ECL	See above Emitter Coupled Logic
PECL	Positive ECL, uses +5volts as Vcc; See above
LVPECL	Low Voltage PECL, uses +3.3 volts as Vcc; See above
LVDS	Low Voltage Differential Signaling, 400mV differential signal swing
CML	Common Mode Logic, 800mV differential signal swing
PCML	Pseudo Common Mode Logic, 200mV differential signal swing

There are additional signaling types; however, many do not exist as a logic family.
FPGA's, Memory devices or other high-end logic devices may use different signaling levels.
The IC bus page list the addition digital interface levels.
This is a listing of TTL, ECL and CMOS Glue Logic Families, with a short description of how they differ from one another. The 74xx families are shown above, but the 54xx families also applies. The 74 designates commercial temperature ranges and the 54 designates operation at Military temperature ranges. Component manufacturers may be found by clicking the Components icons at the bottom of the page. In general, none of the logic families listed above will operate with any other logic family, the voltage thresholds are different for each logic family.
Refer to the Logic Family Voltage Translation page for interfacing techniques between logic families. Back to the Logic Design Page
The CMOS [74C] families listed under the 'true' TTL header are CMOS devices, but not 'true' CMOS devices. They're more CMOS than TTL but don't switch at CMOS levels, designed to work with TTL devices. To be considered a CMOS [54C] logic device the entire internal structure needs to be CMOS, otherwise the component would draw current like a TTL IC.
Many of the earlier logic families are obsolete or at least in decline. Some families are still only in production to support legacy programs.
The oldest of the logic families include the 'L', S, LS, C, and HC glue logic families.