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SN74HC595DG4

8-Bit Shift Registers With 3-State Output Registers 16-SOIC -40 to 85

Manufacturer Texas Instruments

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Total Inventory

46

Part Number Description Manufacturer Compare
MC74HC595ADR2G Logic Shift Register 3-State, SOIC 16 LEAD, 2500-REEL ON Semiconductor SN74HC595DG4 vs MC74HC595ADR2G
74HC594D,118 Logic 74HC(T)594 - 8-bit shift register with output register SOP 16-Pin Nexperia SN74HC595DG4 vs 74HC594D,118
74HC595D,118 Logic 74HC(T)595 - 8-bit serial-in, serial or parallel-out shift register with output latches; 3-state SOP 16-Pin NXP Semiconductors SN74HC595DG4 vs 74HC595D,118
74HC595D,112 Logic 74HC(T)595 - 8-bit serial-in, serial or parallel-out shift register with output latches; 3-state SOP 16-Pin Nexperia SN74HC595DG4 vs 74HC595D,112
SN74HC595D Logic 8-Bit Shift Registers With 3-State Output Registers 16-SOIC -40 to 85 Texas Instruments SN74HC595DG4 vs SN74HC595D
MC74HC595ADG Logic Shift Register 3-State, SOIC 16 LEAD, 48-TUBE ON Semiconductor SN74HC595DG4 vs MC74HC595ADG
74HC595DR2G Logic HC/UH SERIES, 8-BIT RIGHT SERIAL IN PARALLEL OUT SHIFT REGISTER, TRUE OUTPUT, PDSO16, LEAD FREE, SOIC-16 ON Semiconductor SN74HC595DG4 vs 74HC595DR2G
74HC595D Logic Serial In Parallel Out, HC/UH Series, 8-Bit, Right Direction, True Output, CMOS, PDSO16 Nexperia SN74HC595DG4 vs 74HC595D
MM74HC595MX Logic 8-Bit Shift Registers with Output Latches, 2500-REEL ON Semiconductor SN74HC595DG4 vs MM74HC595MX
MM74HC595M Logic 8-Bit Shift Registers with Output Latches, 960-TUBE ON Semiconductor SN74HC595DG4 vs MM74HC595M
Part Number Description Manufacturer Compare
74HC595D,112 Logic 74HC(T)595 - 8-bit serial-in, serial or parallel-out shift register with output latches; 3-state SOP 16-Pin Nexperia SN74HC595DG4 vs 74HC595D,112
MM74HC595MX Logic 8-Bit Shift Registers with Output Latches, 2500-REEL ON Semiconductor SN74HC595DG4 vs MM74HC595MX
74HC595D,118 Logic 74HC(T)595 - 8-bit serial-in, serial or parallel-out shift register with output latches; 3-state SOP 16-Pin NXP Semiconductors SN74HC595DG4 vs 74HC595D,118
74HC594D,118 Logic 74HC(T)594 - 8-bit shift register with output register SOP 16-Pin Nexperia SN74HC595DG4 vs 74HC594D,118
MM74HC595M Logic 8-Bit Shift Registers with Output Latches, 960-TUBE ON Semiconductor SN74HC595DG4 vs MM74HC595M
74HC595D Logic Serial In Parallel Out, HC/UH Series, 8-Bit, Right Direction, True Output, CMOS, PDSO16 Nexperia SN74HC595DG4 vs 74HC595D
MC74HC595ADR2G Logic Shift Register 3-State, SOIC 16 LEAD, 2500-REEL ON Semiconductor SN74HC595DG4 vs MC74HC595ADR2G
MC74HC595ADG Logic Shift Register 3-State, SOIC 16 LEAD, 48-TUBE ON Semiconductor SN74HC595DG4 vs MC74HC595ADG
SN74HC595D Logic 8-Bit Shift Registers With 3-State Output Registers 16-SOIC -40 to 85 Texas Instruments SN74HC595DG4 vs SN74HC595D
74HC595DR2G Logic HC/UH SERIES, 8-BIT RIGHT SERIAL IN PARALLEL OUT SHIFT REGISTER, TRUE OUTPUT, PDSO16, LEAD FREE, SOIC-16 ON Semiconductor SN74HC595DG4 vs 74HC595DR2G

Global Popularity

Popularity in Logic

Popularity in Shift Registers

Popularity by Region

Very High

Medium

Good

Low

  • 1. China
    100
  • 2. United States of America
    95
  • 3. Russia
    93
  • 4. South Korea
    91
  • 5. India
    91
  • 6. Australia
    89
  • 7. HKG
    83
  • 8. United Kingdom
    82
  • 9. Switzerland
    82
  • 10. Mexico
    81

Estimated Price History

Estimated Stock History

Market Price Analysis

No data available

Datasheets & Reference Designs

Reference Designs

  • TIDA-01329 Configurable Stepper Driver for HVAC Louver and Motor Control Reference Design | TI.com
    TIDA-01329: This reference design provides a flexible stepper motor system designed to drive up to two stepper motors, or 8 peripherals, while reducing the number of GPIOs needed from the host controller reducing overall cost. The system is suitable for applications requiring stepper motors or coils up to 50V, and a max current of 2.5A (with all channels enabled). This design features multiple configurations for outputs, allowing multiple peripherals to be driven (i.e. 1 motor, 1 buzzer, 1 relay, and 2 LEDs). It is adaptable to automated louver control in Heating Ventilation and Air Conditioning (HVAC) systems as well as control of relays, buzzers, and LEDs. This concept could also be more broadly expanded to drive any number of channels for other building automation designs including louver control in smart ventilation systems, automated window blind tilting, as well as pan and tilt control for IP cameras.
  • TIDA-00170 16-Bit Analog Mixed Input and Output Module for Programmable Logic Controller (PLC) Reference Design | TI.com
    TIDA-00170: The TIDA-00170 is a reference design for industrial control Analog Mixed Input Output Modules. The design implements four channel analog input & two channel analog output. The analog input channels can measure all standard industrial voltages up to ±10V and current inputs up to 24mA. The two simultaneous analog outputs can source voltage up to ±10V and current up to 24mA. The reference design includes the necessary on-board protection circuit & is tested for IEC61000-4 standard – EFT, ESD and Surge requirements with IO Controller platform. The protection circuitry does not negatively affect the design and test results showed typical unadjusted errors were less than 0.1% of the full-scale range (FSR) for the analog input channel and less than 0.2% FSR for the analog output channel.
  • 16-Bit Analog Mixed Input and Output Module for Programmable Logic Controller (PLC) Reference Design
    TIDA-00170: The TIDA-00170 is a reference design for industrial control Analog Mixed Input Output Modules. The design implements four channel analog input & two channel analog output. The analog input channels can measure all standard industrial voltages up to ±10V and current inputs up to 24mA. The two simultaneous analog outputs can source voltage up to ±10V and current up to 24mA. The reference design includes the necessary on-board protection circuit & is tested for IEC61000-4 standard – EFT, ESD and Surge requirements with IO Controller platform. The protection circuitry does not negatively affect the design and test results showed typical unadjusted errors were less than 0.1% of the full-scale range (FSR) for the analog input channel and less than 0.2% FSR for the analog output channel.
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