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  • S40620 chip use for Automotive
S40620 chip use for Automotive
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S40620 chip use for Automotive

  • 10 - 99 Pieces
    $10
  • >= 100 Pieces
    $9.60
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S40620 chip use for Automotive

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Automotive System Integration: Designed to handle critical automotive functions such as engine control, sensor data processing, and power management in vehicle electronics.
  • Multi-Functionality: The 14-pin configuration enables simultaneous input/output operations, supporting complex automotive applications like infotainment systems, safety features, and diagnostics.

Key features

  • 1. Corrosion-Resistant Material Technology

    • With a corrosion-resistant metal lead frame and durable plastic package, ensure reliable performance in harsh automotive environments.

  • 2. 14-Pin Multi-Function Design

    • With a 14-pin configuration, support complex automotive systems requiring multiple inputs/outputs, such as engine control or sensor integration.

  • 3. Wide Operating Temperature Range

    • With a temperature tolerance of -40°C to 125°C, maintain stable operation in extreme automotive conditions.

  • 4. Automotive-Grade Reliability

    • Designed for automotive applications, ensuring durability in high-vibration and high-stress environments.

  • 5. Surface-Mount Efficiency

    • With a compact SMD package, enable space-saving integration in automotive electronics, reducing assembly complexity.

Product details

S40620 chip use for Automotive

The S40620 automotive-grade integrated circuit (IC) is a surface-mount device (SMD) designed for high-reliability applications in automotive electronics. With a compact 14-pin configuration and robust material composition, it delivers efficient heat dissipation and precise signal handling, making it ideal for engine control units, safety systems, and sensor networks.

Technical specifications

FeatureSpecificationBenefit
Surface-Mount Design2x7 pin layout, SMD packageEnables high-density PCB assembly and compact form factors.
Material CompositionSilicon core, tin-silver-copper leads, plastic encapsulationEnsures thermal stability and corrosion resistance.
Operating Temperature-40°C to +125°C (AEC-Q100 compliant)Reliable performance in extreme automotive environments.
Pin Configuration14 pins (mixed-signal I/O)Supports complex digital/analog functionality in limited space.

Customization guide

Adjustable parameters include:

  • Pin Layout: Modify I/O distribution for custom circuit board designs.
  • Material Upgrades: Opt for gold-plated leads for enhanced conductivity or high-temperature encapsulation for extreme thermal scenarios.
  • Certification Standards: Tailor compliance to regional automotive regulations (e.g., ISO 26262).

Get inspired

The S40620’s versatility makes it a cornerstone for automotive innovation. Use it to build real-time sensor interfaces for ADAS systems, optimize power distribution in EVs, or integrate fault-tolerant controls in critical safety modules.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Operating Temp Range-40°C to +125°C-40°C to +150°C*-55°C to +170°C*
Pin Count14 (standard)14 + programmable I/O14 + dual-channel ADC
Package Size7x5mm (industry standard)7x5mm + heat slug7x5mm + EMI shielding

Supplier's note

  1. Technical Breakthroughs:

    • Surface-Mount Design: Reduces PCB space by 30% compared to through-hole alternatives.
    • AEC-Q100 Compliance: Guarantees automotive-grade reliability under vibration and thermal cycling.
    • 14-Pin Flexibility: Enables integration of analog/digital functions without sacrificing density.

  2. Version Selection Guide:

    • Base Model: Ideal for standard automotive applications (e.g., lighting control) where cost efficiency is prioritized.
    • Advanced Model: Recommended for systems requiring extended thermal tolerance (e.g., engine bay sensors) or programmable I/O.
    • Pro Model: Best for safety-critical systems (e.g., airbag controllers) needing EMI shielding and high-precision ADCs.

With the Pro Model’s expanded temperature range (+30°C beyond industry norms), you can deploy the IC in under-the-hood environments while maintaining signal integrity. Pair its EMI shielding with automotive-grade materials to ensure flawless operation in electric vehicle inverters.

Frequently asked questions

  • Which automotive IC model is suitable for compact engine control units?

  • Is the S40620 IC AEC-Q100 certified for automotive reliability?

  • How to properly solder the S40620 SMD IC for automotive electronics?

  • What materials are used in the S40620 for automotive durability?

  • Can WEIXY customize the S40620 for custom automotive pin configurations?

  • What automotive applications use the S40620's 14-pin configuration?

  • Does the S40620 support mixed-signal systems in automotive ECUs?

  • Why choose WEIXY's S40620 over competitors for automotive projects?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Automotive ICsEngine control, infotainment systemsOperating Temp: -40°C to 150°C (▲▲ vs Industry Standard -40°C to 125°C) (ISO 16750-4)
Surface-Mount (SMD) package (▲ vs Through-Hole) (IEC 61760)		Survives extreme temperatures in vehicles
Compact design for space-constrained systems		Higher cost than consumer-grade ICs
Requires specialized testing for compliance
Consumer Electronics ICsSmartphones, wearablesOperating Temp: 0°C to 70°C (IEC 60068-2-1)
Low Power Consumption: <1W (IEC 62301)		Cost-effective
Energy-efficient for portable devices		Not durable for harsh environments
Limited temperature tolerance
Industrial Control ICsFactory automation, roboticsVibration Resistance: 50G (▲ vs Industry 30G) (MIL-STD-810G)
High MTBF: 1,000,000+ hours (ISO 13849)		Robust in industrial settings
Long lifespan		Larger form factor
Higher power requirements
Medical Device ICsDiagnostic tools, implantsBiocompatibility: ISO 10993 Certified (▲▲ vs Non-Medical Grades)
EMI Shielding: <30 dB (IEC 61000-4-3)		Safe for patient contact
Reduces electromagnetic interference		Strict regulatory hurdles
Higher production costs
Telecommunications ICs5G base stations, routersData Rate: 10 Gbps (▲▲▲ vs Industry 1 Gbps) (IEEE 802.3)
Latency: <1ms (ETSI EN 301 547)		Ultra-fast data processing
Low latency for real-time applications		Requires advanced cooling systems
Complex integration
Aerospace ICsAvionics, satellite systemsRadiation Tolerance: 100 krad (▲▲▲ vs Automotive 50 krad) (NASA-STD-6001E)
Hermetic Sealing: 1E-9 mbar·L/s (ISO 16287)		Reliable in space environments
Resists radiation and vacuum		Extremely high cost
Specialized manufacturing processes

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