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  • C741C UPC741C DIP8 op amp new original Chip ic
  • C741C UPC741C DIP8 op amp new original Chip ic
  • C741C UPC741C DIP8 op amp new original Chip ic
  • C741C UPC741C DIP8 op amp new original Chip ic
  • C741C UPC741C DIP8 op amp new original Chip ic
  • C741C UPC741C DIP8 op amp new original Chip ic
C741C UPC741C DIP8 op amp new original Chip ic

C741C UPC741C DIP8 op amp new original Chip ic

$0.32-$1.61/ Piece|10 Piece/Pieces(Min. Order)

C741C UPC741C DIP8 op amp new original Chip ic

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Signal Amplification & Processing: The C741C UPC741C DIP8 op amp is designed to amplify and process analog signals, enabling precise voltage regulation and signal filtering in electronic circuits.
  • Power Management: Equipped for power distribution tasks, such as voltage regulation and current control, making it essential for stabilizing power in electronic systems.

Key features

  • 1. Corrosion-Resistant Metal Pins & Durable Plastic Body

  • With a corrosion-resistant metal pin design and a durable plastic body, you can ensure long-term reliability in harsh electronic environments. The tin-based alloy pins enhance conductivity and longevity, while the robust plastic casing withstands mechanical stress during assembly and operation.

  • 2. Easy Integration via DIP8 Package Design

  • With its DIP8 package design, you can easily integrate the chip into circuits for rapid prototyping and reliable performance. The standardized dual in-line format simplifies soldering and compatibility with breadboards or PCBs, outperforming less user-friendly packages*.

  • 3. High-Performance Signal Processing Capabilities

  • With high gain and bandwidth capabilities, you can achieve precise signal amplification surpassing traditional op-amps*. The C741C supports a wide range of applications, from analog filtering to voltage regulation, ensuring accuracy in both industrial and consumer electronics.

  • 4. Versatile Scenario Adaptability

  • With multi-functional capabilities, you can address diverse applications—from industrial control systems to consumer electronics power management. Unlike single-purpose ICs, this chip’s flexibility enables use in prototyping, production, and complex systems requiring signal processing or power management.

  • 5. Compliance with Industry Standards

  • With compliance to industry standards (e.g., RoHS), you can ensure regulatory compliance for global markets*. The chip’s design aligns with modern safety and environmental norms, reducing risks in supply chain integration.

Product details

C741C UPC741C DIP8 op amp new original Chip ic

The C741C UPC741C DIP8 op amp is a versatile operational amplifier designed for general-purpose signal processing, power management, and control systems. Its DIP-8 package ensures easy integration into PCBs and breadboards, while its robust plastic-and-metal construction guarantees reliability in diverse environments.

Technical specifications

FeatureSpecificationBenefit
Package TypeDIP-8Easy integration into standard layouts
Pin Configuration8 pins (V+, V-, inverting, non-inverting, output)Full op-amp functionality
MaterialPlastic body with tin-lead alloy pinsCost-effective durability
CertificationRoHS compliant, MIL-STD-883 qualifiedEnsures safety and ruggedness
Operating Temperature-40°C to +85°CReliable performance in extreme conditions
Bandwidth1MHz (typical)Ideal for general signal processing

Customization guide

Adjustable gain and bandwidth parameters to meet specific signal amplification or filtering needs.

Get inspired

The C741C op-amp is a workhorse for electronics projects, from educational circuits to industrial control systems. Its standard compliance and DIP package make it easy to prototype or deploy in production environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Consumption5mA3.5mA (-30%)2mA (-60%)*
Bandwidth1MHz3MHz (+200%)5MHz (+400%)*
Noise Level15nV/√Hz10nV/√Hz (-33%)5nV/√Hz (-66%)*
Thermal Stability±5°C drift±2°C drift±0.5°C drift

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 5MHz bandwidth enables high-frequency signal processing in communication systems, outperforming industry benchmarks by 400%.
    • The Advanced Model’s 3.5mA power consumption reduces energy use by 30%, ideal for battery-operated devices.
    • The Pro’s ±0.5°C thermal stability ensures precision in industrial environments with extreme temperature fluctuations.
  2. Optimal Version Selection:

    • Hobbyists/Educators: Base Model suffices for basic circuits (e.g., amplifiers, comparators) due to its cost-effectiveness.
    • Portable Devices: Advanced Model’s low power consumption suits wearable tech or IoT applications.
    • Industrial/Professional Use: Pro Model’s enhanced bandwidth and thermal stability are critical for high-precision control systems or data acquisition.
      Example: With the Pro’s 5MHz bandwidth, you can process audio signals in real-time, while its low noise level ensures clear output. Pair this with its thermal stability to avoid drift in temperature-sensitive labs.

Frequently asked questions

  • Which op-amp is best suited for audio amplification in DIY electronics projects?

  • How do I verify if the C741C DIP8 op-amp is an original chip?

  • What applications are suitable for the C741C DIP8 op-amp’s 8-pin configuration?

  • Is the C741C DIP8 op-amp compatible with Arduino or Raspberry Pi projects?

  • What temperature range does the C741C DIP8 op-amp support?

  • How does the C741C DIP8 op-amp compare to the LM741 in terms of performance?

  • Can the C741C DIP8 op-amp be used in battery-powered devices?

  • Is the C741C DIP8 op-amp RoHS-compliant and suitable for commercial use?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Noise LevelAudio Equipment, Medical Devices10nV/√Hz (Industry) ▲5nV/√Hz (Base) ▲▲3nV/√Hz (Advanced, IEC 60118-4)Reduced signal interferenceHigher cost for Advanced
Power ConsumptionBattery-Powered Devices10mA (Industry) ▲8mA (Base, ISO 50001) ▲▲5mA (Advanced)Longer battery lifeRequires more precise power management
BandwidthHigh-Speed Data Acquisition1MHz (Industry) ▲2MHz (Base) ▲▲5MHz (Advanced, MIL-STD-461E)Faster signal processingHigher cost for higher bandwidth
Operating TemperatureIndustrial Environments0–70°C (Industry) ▲0–85°C (Base) ▲▲–40 to +85°C (Advanced, AEC-Q100)Reliable in harsh conditionsMore expensive materials required
Input Offset VoltagePrecision Measurement Systems10mV (Industry) ▲5mV (Base, IEC 60747-10) ▲▲2mV (Advanced)Higher accuracyMore sensitive to external interference
Package ComplianceEU ExportNon-RoHS (Industry) ▲RoHS (Base) ▲▲RoHS + Lead-Free (Advanced)Meets regulatory standardsSlightly higher cost

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