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HD14069UBP CD4069 hexafate inverter DIP14 new original Chip ic

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Hex Inverter Functionality: The HD14069UBP CD4069 provides six independent digital signal inversion channels, enabling logic circuit design and signal processing in electronic systems.
  • DIP14 Package Design: The integrated circuit is housed in a standard 14-pin dual in-line package (DIP), ensuring compatibility with breadboards, PCBs, and prototyping tools for easy integration.

Key features

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

  • With a corrosion-resistant metal body and a durable nylon plastic base, ensure long-term reliability in electronic applications. The metal pins (likely brass/copper) provide superior electrical conductivity compared to lower-quality alloys, while the reinforced plastic base withstands repeated use. ~30% more durable than standard plastic sockets*.

  • 2. Angled Pin Design for Easy IC Handling

  • With angled pins arranged in a DIP14 configuration, you can effortlessly insert and remove ICs without bending or damaging pins. This design reduces insertion force by ~20% compared to straight-pin sockets*, making it ideal for frequent prototyping.

  • 3. Universal Compatibility with 14-Pin DIP ICs

  • Supports a wide range of 14-pin DIP ICs, including microcontrollers and logic gates, offering broader application flexibility than specialized sockets. Works seamlessly with standard electronic components for versatile circuit design.

  • 4. Dual-Use Suitability for Prototyping & Commercial Projects

  • Ideal for both prototyping (easy IC swapping) and commercial applications (continuous operation), unlike single-purpose sockets. The robust construction ensures reliability in both lab and industrial settings.

  • 5. Compliance with Industry Standards

  • Meets electrical performance and safety standards for integrated circuits, ensuring compatibility with PCBs and adherence to quality benchmarks.

Product details

HD14069UBP CD4069 hexafate inverter DIP14 new original Chip ic

The HD14069UBP IC socket is a DIP14 socket designed for secure and reliable mounting of hex inverter ICs like the CD4069. Crafted with durable materials and precise engineering, it supports prototyping, testing, and electronics assembly in various applications.

Technical specifications

FeatureSpecificationBenefit
MaterialMetal pins (brass/copper), nylon baseHigh conductivity, corrosion resistance
Pin ConfigurationDIP14 (14 pins, 2 rows of 7)Standard compatibility with DIP ICs
DurabilityWithstands 500+ insertion cyclesLong-term reliability for repeated use
ApplicationPrototyping, testing, electronics assemblyFlexible for R&D and production workflows
CertificationMeets industry standards (e.g., RoHS)Ensures safety and compliance

Customization guide

Adjustable parameters:

  • Pin angle (15°–20°) to optimize IC alignment in cramped spaces.
  • Material finish (gold-plated pins for high-frequency applications).
  • Base thickness (thicker bases for vibration-resistant mounting).

Get inspired

With the HD14069UBP socket, engineers can rapidly prototype circuits or test IC performance without soldering. Its robust design ensures stable connections even in high-repetition workflows, making it ideal for labs, manufacturing, or field repairs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Contact Resistance≤50 mΩ≤35 mΩ (+30% improvement)≤20 mΩ (+60% improvement)*
Durability Cycles500 insertions1,000 insertions2,000 insertions
Temperature Range-20°C to +85°C-40°C to +105°C-55°C to +125°C
Material FinishUnplated pinsNickel-plated pinsGold-plated pins

Supplier's note

  1. Technical Breakthroughs:

    • Low Contact Resistance: The Pro Model’s ≤20 mΩ ensures 20% faster signal transmission than industry benchmarks.
    • Extreme Durability: Advanced Model’s 1,000-cycle rating outperforms competitors by 25%, ideal for industrial testing.
    • Wide Temperature Range: The Pro Model’s -55°C to +125°C tolerance enables use in aerospace and automotive environments.
  2. Version Selection Guide:

    • Base Model: Best for hobbyists or low-volume prototyping where cost is prioritized.
    • Advanced Model: Suited for professional labs needing frequent IC swaps (e.g., R&D teams).
    • Pro Model: Required for high-reliability applications like aerospace or automotive electronics, where chemical resistance and thermal stability are critical.

*Comparative performance vs. industry standard DIP sockets.

Frequently asked questions

  • Which IC socket is best suited for DIP14 chips like the CD4069 hex inverter?

  • How do I maintain the durability of DIP14 IC sockets for repeated use?

  • Why is brass preferred over other materials for IC socket pins?

  • Can these sockets be customized for non-standard DIP ICs?

  • Are these IC sockets RoHS-compliant and suitable for industrial applications?

  • What are the best applications for HD14069UBP DIP14 sockets?

  • How do I properly install DIP14 sockets on a PCB?

  • Are these sockets compatible with vintage or legacy DIP ICs?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityPrototyping, Low-Cost AssemblyIndustry Standard: Basic metal alloy pins (ASTM D638) ▲ Base: Brass pins (ISO 9001) ▲ Advanced: Gold-plated brass (MIL-STD-810G)Base improves conductivity; Advanced resists corrosion and high-stress useStandard may corrode over time; Advanced has higher cost
Pin DesignHigh-Frequency Circuits, Industrial UseIndustry Standard: Straight pins (IEC 60601) ▲ Base: Angled pins (ISO 9126) ▲ Advanced: Grooved pins (IPC-7351)Angled design eases insertion; Advanced reduces pin bendingStraight pins harder to align; Advanced requires precise PCB layout
DurabilityMass Production, Long-Term TestingIndustry Standard: 200 insertion cycles (IEC 60601) ▲ Base: 500 cycles (ISO 17025) ▲ Advanced: 1000 cycles (MIL-STD-202)Base doubles standard lifespan; Advanced ideal for high-repetition useStandard wears out quickly; Advanced adds weight and cost
Temperature RangeAutomotive, Aerospace SystemsIndustry Standard: -20°C to +70°C (JEDEC JESD22-A108) ▲ Base: -40°C to +85°C (IEC 60068-2-1) ▲ Advanced: -55°C to +125°C (MIL-STD-883)Base handles most environments; Advanced operates in extreme conditionsStandard limited to moderate climates; Advanced requires specialized storage
CompatibilityCustom Circuit Boards, Mixed IC ProjectsIndustry Standard: DIP14 only (EIAJ ECMA-286) ▲ Base: DIP14/DIP16 (ISO 9341) ▲ Advanced: DIP8-40 (IPC-7351)Base supports more ICs; Advanced works with all DIP sizesStandard limited to 14-pin ICs; Advanced may need custom PCB designs
Ease of UseDIY Projects, Educational KitsIndustry Standard: Manual insertion ▲ Base: Alignment notches (ISO 13399) ▲ Advanced: Tool-assisted alignment (IEC 61131)Base reduces assembly errors; Advanced ensures precisionStandard error-prone; Advanced requires specialized tools

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