Digital Logic ICs
Digital Logic ICs are the building blocks of digital electronics, used to perform basic logic functions such as AND, OR, NOT, NAND, and NOR operations. These integrated circuits are essential for designing digital systems, including microprocessors, memory units, and communication devices.
Electronify India’s selection of Digital Logic ICs includes a wide range of logic gates, flip-flops, and multiplexers, ensuring you have the right components for your circuit designs.
Whether you’re developing a simple digital counter or a complex computing system, our Digital Logic ICs provide reliable performance and easy integration.
Texas Instruments 74HC390 Dual 4-Bit Decade R...
Texas Instruments 74HC373 8 D-Latch With 3-Ou...
Texas Instruments 74HC393 Two 4-Bit Counter I...
74HCT160 Synchronous Decade Counter IC (74160...
74LS74 Two D Flip-Flop IC (7474 IC) DIP-14 Pa...
74LS148 3-Bit Priority Encoder IC (74148 IC) ...
74LS157 Quad 2-Input Multiplexer IC (74157 IC...
74LS165 Parallel In-Series Out Shift Register...
LM393 -Low Power Low Offset Voltage Dual Comp...
LM339 - Low Power Quad Comparator
74HCT74 Two D Flip-Flop IC (7474 IC) DIP-14 P...
74LS92 Divide By 12 Counter (7492 IC) DIP-14 ...
74HC154 4-to-16 line decoder/multiplexer DIP-...
SN74LS86N Quad 2-Input Exclusive OR Gate IC (...
LM393 Low Power Low Offset Voltage Dual Compa...
LM3914 Dot/Bar Display Driver IC DIP-18 Package
- Sale -6%
Texas Instruments 74HC390 Dual 4-Bit Decade Ripple Counter IC (74390 IC) DIP-16 Package
74HC series ICs are High-speed logic gates with very low power consumption that utilize advanced silicon-gate CMOS technology and 74HC390 is one of them. 74HC390 ICs is a dual decade counter which contains two independent...
- Sale -9%
Texas Instruments 74HC373 8 D-Latch With 3-Output State IC (74373 IC) DIP-20 Package
74HC series ICs are High-speed logic gates with very low power consumption that utilize advanced silicon-gate CMOS technology and 74HC373 is one of them. 74HC373 ICs contain eight D-type latches with 3-Output states i.e. High,...
- Sale -13%
Texas Instruments 74HC393 Two 4-Bit Counter IC (74393 IC) DIP-14 Package
74HC series ICs are High-speed logic gates with very low power consumption that utilize advanced silicon-gate CMOS technology and 74HC393 is one of them. 74HC393 ICs contain two 4-bit counter by implementing 8 flip flops...
- Sale -9%
74HCT160 Synchronous Decade Counter IC (74160 IC) DIP-16 Package
74HCT series ICs are High-speed logic gates with very low power consumption that utilize advanced silicon-gate CMOS, TTL compatible input technology. The only difference between HC and HCT is the input logic level. In general,...
- Sale -6%
74LS74 Two D Flip-Flop IC (7474 IC) DIP-14 Package
74LS Series ICs are High-Speed Logic gates, ideally a little faster than 74HC series but more power consumption is required. They are implemented with a Low-Power Schottky diode technology to achieve high switching speed. 74LS74...
- Sale -12%
74LS148 3-Bit Priority Encoder IC (74148 IC) DIP-16 Package
74LS Series ICs are High-Speed Logic gates, ideally a little faster than 74HC series but more power consumption is required. They are implemented with a Low-Power Schottky diode technology to achieve high switching speed. 74LS148...
- Sale -23%
74LS157 Quad 2-Input Multiplexer IC (74157 IC) DIP-16 Package
74LS Series ICs are High-Speed Logic gates, ideally a little faster than 74HC series but more power consumption is required. They are implemented with a Low-Power Schottky diode technology to achieve high switching speed. 74LS157...
- Sale -9%
74LS165 Parallel In-Series Out Shift Register IC (74165 IC) DIP-16 Package
74LS Series ICs are High-Speed Logic gates, ideally a little faster than 74HC series but more power consumption is required. They are implemented with a Low-Power Schottky diode technology to achieve high switching speed. 74LS165...
- Sale -9%
LM393 -Low Power Low Offset Voltage Dual Comparator
These devices consist of two independent voltage comparators that are designed to operate from a single power supply over a wide range of voltages. Operation from dual supplies also is possible as long as the...
- Sale -13%
LM339 - Low Power Quad Comparator
The LM339 consist of four independent voltage comparators that are designed to operate from a single power supply over a wide range of voltages. Operation from dual supplies also is possible, as long as the...
- Sale -13%
74HCT74 Two D Flip-Flop IC (7474 IC) DIP-14 Package
The €š¬€ž¢HC74 and €š¬€ž¢HCT74 utilize silicon gate CMOS technology to achieve operating speeds equivalent to LSTTL parts. They exhibit the low power consumption of standard CMOS integrated circuits, together with the ability to drive 10...
- Sale -9%
74LS92 Divide By 12 Counter (7492 IC) DIP-14 Package
The SN54/74LS92 is high-speed 4-bit ripple type counters partitioned into two sections. One counter has a divide-by-two section and another counter has a divide-by-six section which are triggered by a HIGH-to-LOW transition on the clock...
- Sale -6%
74HC154 4-to-16 line decoder/multiplexer DIP-24 Package
The €š¬€ž¢HC154 and €š¬€ž¢HCT154 are 4- to 16-line decoders/demultiplexers with two enable inputs, E1 and E2. A High on either enable input forces the output into the High state. The demultiplexing function is performed by...
- Sale -17%
SN74LS86N Quad 2-Input Exclusive OR Gate IC (7486 IC) DIP-14 Package
The SN74LS86 is a quad 2-input Exclusive OR gate IC. The XOR gate may be created with a transistor or other gates, but this would result in a big circuit, thus we use the 74LS86...
- Sale -13%
LM393 Low Power Low Offset Voltage Dual Comparator IC
The LM393 is made up of two independent precision voltage comparators with offset voltage Specification as low as 2.0 mV max for two comparators that were especially intended to work from a single power supply...
- Sale -15%
LM3914 Dot/Bar Display Driver IC DIP-18 Package
The LM3914 is a monolithic integrated circuit that detects analog voltage levels and operates ten LEDs to create a linear analog display. With a single pin, the display transforms from a moving dot to a...
