Digital Circuits (results: 2210)
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74HC05 SOP14
Hex Inverter; w/ Open Drain Outputs; 2V~6V; -55°C ~ 125°C; Equivalent: 74HC05D; SN74HC05D; MC74HC05ADG; M74HC05RM13TR;
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SOP14
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Inverter | 2V~6V | SOP14 | ON SEMICONDUCTOR | Digital | -55°C ~ 125°C | SMD | |||||
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Item available on a request
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74HC4851 TSSOP16
8-Channel Analog Multiplexer / Demultiplexer w/ Injection-Current Effect Control 74HC4851PW, SN74HC4851PW, MC74HC4851ADTR2G, M74HC4851TTR
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TSSOP16
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Item available on a request
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74HC1G02 SOT23-5
2-Input NOR Gate 74HC1G02GV, MC74HC1G02DTT1G
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SOT23-5
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Item available on a request
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74HC73 TSSOP14
Dual Negative-Edge-Triggered JK Flip-Flop w/ Reset 74HC73PW, MC74HC73ADTR2G, M74HC73TTR
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TSSOP14
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Item available on a request
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74LV245 TSSOP20
Octal Bus Transceiver w/ 3-State Outputs 74LV245PW, SN74LV245APW 74LV245PW.112 74LV245PW,112 74LV245PW,118
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TSSOP20
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Item available on a request
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74HC174 TSSOP16
Hex Positive-Edge-Triggered D-Type Flip-Flop w/ Reset 74HC174PW, MM74HC174MTC, SN74HC174PW, MC74HC174ADTR2G, M74HC174TTR
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TSSOP16
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Item available on a request
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XD74LS47 XINLUDA
BCD to 7-Segment Decoder / Driver; 4 inputs; 7 outputs; 100ns; 4,75V~5,25V; 0°C ~ 70°C; Equivalent: SN74LS47N; DM74LS47N;
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PDIP16
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Digital | 4,75V~5,25V | PDIP16 | XINLUDA | 100ns | Decoder/Driver | 0°C ~ 70°C | 4 | 7 | THT | ||
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Item available on a request
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74HC40103 TSSOP16
8-bit Synchronous Binary Down Counter 74HC40103PW, M74HC40103TTR
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TSSOP16
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Item available on a request
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74HC4049 TSSOP16
Hex Inverting Buffer / Converter 74HC4049PW, MM74HC4049MTC, CD74HC4049PW, M74HC4049TTR
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TSSOP16
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Item available on a request
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74HC589 TSSOP16
8-bit Universal Shift Register w/ 3-State Outputs MC74HC589ADTR2G
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TSSOP16
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Item available on a request
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MC74VHC1G04DTT1G
Inverter 1-Element CMOS Automotive 5-Pin TSOP
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SOT23-5
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Item available on a request
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CD74HC4051PW
Analog Multiplexer Single 8:1 16-Pin TSSOP CD74HC4051PWR
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TSSOP16
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Item available on a request
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74HC30 TSSOP14
8-Input NAND Gate 74HC30PW, CD74HC30PW, MC74HC30ADTR2G, M74HC30TTR
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TSSOP14
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Item available on a request
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74HC137 SOP16 0.15"
3-to-8 Line Decoder / Demultiplexer w/ Address Latches, Active Low Output 74HC137D,
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SOP16N
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Item available on a request
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74HC147 PDIP16
10-to-4 Line Priority Encoder 74HC147N, CD74HC147E, M74HC147B1R
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PDIP16
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Item available on a request
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74HC244 TSSOP20
Octal Buffer / Line Driver w/ 3-State Outputs 74HC244PW, MM74HC244MTC, SN74HC244PW, MC74HC244ADTR2G, M74HC244TTR
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TSSOP20
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Item available on a request
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74HC4067 TSSOP24
16-Channel Analog Multiplexer / Demultiplexer 74HC4067PW, MC74HC4067ADTR2G
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TSSOP24
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Item available on a request
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74HC589 PDIP16
8-bit Universal Shift Register w/ 3-State Outputs MM74HC589N, MC74HC589ANG
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PDIP16
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Item available on a request
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74HC595 DHVQFN16
8-bit Shift Register w/ 3-State Output Register 74HC595BQ
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DHVQFN16
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Item available on a request
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74AUP1G00 SC70-5
2-Input NAND Gate 74AUP1G00GW, SN74AUP1G00DCKT, SN74AUP1G00DCKR
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SC70-5
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Item available on a request
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Digital Circuits
MICROS Digital Circuits – Uninterrupted Digital Signal Transmission
Modern telecommunications and electronics have been dominated by digital circuits and digital signal processing, which provide:
- Repeatability,
- Increased reliability (e.g., signal transmission),
- Better data protection,
- In many cases, lower costs.
Programmable Digital Circuits with Definable Functional Properties
In contemporary electronics, programmable digital circuits play a crucial role. These are often referred to as programmable logic devices or simply FPLDs (Field Programmable Logic Devices). This term refers to any digital integrated circuit whose functional properties can be defined by the end user. For instance, this may involve implementing a previously designed specialized digital circuit within the FPLD structure.
A programmable digital circuit comes with a pre-defined array of digital elements that allow the user to define their operation and interconnection after leaving the factory.
There are two main types of programmable logic devices. These digital circuit designations are:
- CPLD (Complex Programmable Logic Device),
- FPGA (Field Programmable Gate Array).
In this category, we offer programmable digital circuits that form the foundation of modern electronics. We provide a wide range of electronic components along with their dedicated accessories. Due to their lower sensitivity to interference, the available digital circuits guarantee appropriate comfort, speed, better performance, and reduced failure rates.
Boolean Algebra: Top Logic Circuits Available at Micros
The available digital circuits are advanced electronic circuits where voltage signals typically assume two levels, represented by the digits 0 and 1. This allows the application of Boolean algebra, and the digital circuits are then known as logic circuits. Using AND, NAND, OR, NOR, NOT, XOR, and XNOR gates, the user can perform any logical operation required in a given system.
We offer a wide selection of digital circuits that ensure lossless encoding and transmission of information, simplified data recording and storage (e.g., current state of inputs), and reduced susceptibility to electrical interference.
We invite you to contact us and shop at our store!