TEXAS LM4431M3-2-5NOPB, IC-4431 MICROPOWER SHUNT VOLTAGE REFERENCE SOT23

LM4431M3-2.5/NOPB
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HT Part No. HT192455

Mfr. Part No. LM4431M3-2.5/NOPB

Manufacturer: TEXAS

Technical Documents: Datasheet(datasheets)

995 - In Stock pcs
Price:
£ 0.39
Units Per Unit Price
1 - 999 £ 0.39
1000 + £ 0.34
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Product Specification

Product Attributes
Manufacturer TEXAS
Mounting Type SMT
Supply Current N/A
Packaging TAPE&REEL
Features Micropower Shunt Voltage Reference
Reference Type Shunt
Output Type Fixed
Rohs ROHS
Package / Case SOT23-3
Input Voltage N/A
Tolerance ±2%
Operating Temperature 0°C~+70°C
Output Voltage 2.5V

More Information

The TEXAS LM4431M3-2-5NOPB is a micropower shunt voltage reference integrated circuit (IC) designed for precision voltage regulation in electronic devices. It offers a fixed reference voltage of 2.5V and operates in a compact SOT-23 package, making it suitable for space-constrained applications. This device ensures high accuracy and low power consumption, making it ideal for battery-operated and portable applications.

Potential Advantages of Using the TEXAS LM4431M3-2-5NOPB, Micropower Shunt Voltage Reference IC

  • Ensures stable and accurate voltage reference
  • Minimises power consumption in low-power applications
  • Suitable for space-constrained designs
  • Provides consistent performance across various temperatures
  • Enhances overall device reliability and longevity

The TEXAS LM4431M3-2-5NOPB, Micropower Shunt Voltage Reference IC: Use Cases

  • Portable and Battery-Powered Devices
  • Data Acquisition Systems
  • Analog-to-Digital Converters (ADC)
  • Digital-to-Analog Converters (DAC)
  • Precision Regulators and Power Supplies
  • Portable Medical Instruments
  • Sensor Signal Conditioning
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Possible Advantages of Using the SEMIKRON SKKH41/08D, Thyristor Diode: Enhanced Reliability: The robust design ensures long-term performance in demanding applications. High Efficiency: Effective thermal management reduces the risk of overheating. Versatile Usage: Suitable for various industrial and power electronics applications. Compact Design: Saves space and streamlines the installation process. - The SEMIKRON SKKH41/08D is a thyristor diode module designed for high-power applications. This dual module supports a maximum current of 40A and can handle voltages up to 800V. It is housed in a TO240AA chassis for efficient thermal management and durability. Usage Information of the SEMIKRON SKKH41/08D, Thyristor Diode: Power Supplies: Utilized in rectifiers and inverters for stable power delivery. Motor Drives: Essential in controlling and protecting high-power motors. HVAC Systems: Used in heating, ventilation, and air conditioning systems for efficient control. Renewable Energy: Integral in solar inverters and wind turbine controls for reliable energy conversion. Standout Features Include: Provides robust performance and flexibility. Suitable for high-current applications. Ensures reliability under high voltage conditions. Offers excellent thermal management and ease of installation. Possible Advantages of Using the SEMIKRON SKKH41/08D, Thyristor Diode: Enhanced Reliability: The robust design ensures long-term performance in demanding applications. High Efficiency: Effective thermal management reduces the risk of overheating. Versatile Usage: Suitable for various industrial and power electronics applications. Compact Design: Saves space and streamlines the installation process. - The SEMIKRON SKKH41/08D is a thyristor diode module designed for high-power applications. This dual module supports a maximum current of 40A and can handle voltages up to 800V. It is housed in a TO240AA chassis for efficient thermal management and durability. Usage Information of the SEMIKRON SKKH41/08D, Thyristor Diode: Power Supplies: Utilized in rectifiers and inverters for stable power delivery. Motor Drives: Essential in controlling and protecting high-power motors. HVAC Systems: Used in heating, ventilation, and air conditioning systems for efficient control. Renewable Energy: Integral in solar inverters and wind turbine controls for reliable energy conversion. Standout Features Include: Provides robust performance and flexibility. Suitable for high-current applications. Ensures reliability under high voltage conditions. Offers excellent thermal management and ease of installation. Possible Advantages of Using the SEMIKRON SKKH41/08D, Thyristor Diode: Enhanced Reliability: The robust design ensures long-term performance in demanding applications. High Efficiency: Effective thermal management reduces the risk of overheating. Versatile Usage: Suitable for various industrial and power electronics applications. Compact Design: Saves space and streamlines the installation process. - The SEMIKRON SKKH41/08D is a thyristor diode module designed for high-power applications. This dual module supports a maximum current of 40A and can handle voltages up to 800V. It is housed in a TO240AA chassis for efficient thermal management and durability. Usage Information of the SEMIKRON SKKH41/08D, Thyristor Diode: Power Supplies: Utilized in rectifiers and inverters for stable power delivery. Motor Drives: Essential in controlling and protecting high-power motors. HVAC Systems: Used in heating, ventilation, and air conditioning systems for efficient control. Renewable Energy: Integral in solar inverters and wind turbine controls for reliable energy conversion. Standout Features Include: Provides robust performance and flexibility. Suitable for high-current applications. Ensures reliability under high voltage conditions. Offers excellent thermal management and ease of installation. 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Renewable Energy: Integral in solar inverters and wind turbine controls for reliable energy conversion. Standout Features Include: Provides robust performance and flexibility. Suitable for high-current applications. Ensures reliability under high voltage conditions. Offers excellent thermal management and ease of installation. Possible Advantages of Using the SEMIKRON SKKH41/08D, Thyristor Diode: Enhanced Reliability: The robust design ensures long-term performance in demanding applications. High Efficiency: Effective thermal management reduces the risk of overheating. Versatile Usage: Suitable for various industrial and power electronics applications. Compact Design: Saves space and streamlines the installation process.

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