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  • Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG
  • Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG
  • Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG
  • Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG
  • Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG
  • Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG
Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG

Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS NGD8201AG NGD8201 8201AG

  • 1 - 1000 Pieces
    $0.64
  • 1001 - 5000 Pieces
    $0.49
  • >= 5001 Pieces
    $0.39

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)

Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS NGD8201AG NGD8201 8201AG

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Power Switching & Control: Designed for automotive ignition systems and computer board applications, enabling efficient power management and signal amplification.
  • Integrated Circuit Compatibility: Functions as a MOSFET transistor within integrated circuits, supporting both digital and analog signal processing in electronic systems.

Key features

  • 1. Material Technology

  • With a silicon-based semiconductor construction and copper alloy leads, ensure robust thermal dissipation and high-current handling in demanding automotive and industrial applications.

  • 2. Performance Parameters

  • With the TO-252 surface-mount package design, achieve efficient thermal management and high current capacity, enabling stable operation in power-intensive systems like ignition coils and motor controls.

  • 3. Scenario Solutions

  • With automotive-grade specifications, integrate seamlessly into automotive ignition systems and industrial power supplies, delivering reliable performance in high-power environments.

  • 4. Design Efficiency

  • With a compact TO-252 package, reduce circuit board space requirements while maintaining thermal efficiency, ideal for space-constrained electronics in automotive and computer applications.

  • 5. Certification Standards

  • While specific certifications are not listed, its design aligns with industry standards for automotive and industrial use, ensuring durability and reliability in critical applications.*

Product details

Car computer board chip triode Automotive ignition coil transistor ICsTO252 MOS  NGD8201AG NGD8201 8201AG

The NGD8201AG is a high-performance TO-252 packaged power transistor designed for automotive and industrial applications. Built with silicon-based construction and copper alloy leads, it delivers robust thermal and electrical performance in compact form factors. Ideal for ignition coils, computer boards, and power control systems, this transistor ensures reliability under high-stress conditions.

Technical specifications

FeatureSpecificationBenefit
Package TypeTO-252 (Surface-Mount)Compact design for space-constrained PCBs
MaterialSilicon substrate, Copper AlloyEnhanced thermal dissipation and durability
Output TypeMOSFET TransistorEfficient switching and amplification
Voltage Rating30V (Base Model)Safe operation in automotive circuits
Current Capacity20A (Continuous)Supports high-power applications
ApplicationAutomotive, Industrial ControlVersatile for ignition systems and motors

Customization guide

Adjustable parameters include voltage and current thresholds to meet specific automotive or industrial requirements. For example, modifying the gate threshold voltage can optimize performance in low-power or high-temperature scenarios.

Get inspired

With its rugged design and precise electrical characteristics, the NGD8201AG is a cornerstone for automotive engineers building reliable ignition systems or industrial control units. Its TO-252 package ensures seamless integration into compact PCB layouts while maintaining thermal stability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Continuous Current20A30A (+50%)40A (+100%)
Voltage Rating30V50V (+67%)80V (+167%)
Thermal Resistance2.5°C/W2.0°C/W (-20%)1.5°C/W (-40%)

Supplier's note

  1. Technical Breakthroughs:

    • The TO-252 package enables 20% better thermal dissipation than traditional D2PAK packages.
    • Silicon-based construction ensures 30% lower on-resistance compared to germanium alternatives.
    • A reinforced gate oxide layer improves reliability in high-voltage automotive environments.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard automotive ignition systems (e.g., passenger vehicles). Its 20A rating balances cost and performance.
    • Advanced Model: Suitable for industrial machinery or heavy-duty trucks requiring 50V operation and 30A current handling.
    • Pro Model: Designed for extreme scenarios like electric vehicle inverters, offering 80V voltage tolerance and 40A capacity.

With the Pro Model’s 80V rating, you can safely handle high-voltage DC systems, while its 1.5°C/W thermal resistance ensures stable operation in compact enclosures. Pair this with its low on-resistance to minimize power loss in energy-sensitive applications.

Frequently asked questions

  • Which TO-252 package transistor suits automotive ignition coil applications?

  • Is the NGD8201AG transistor AEC-Q101 certified for automotive use?

  • What’s the advantage of silicon over other materials in power transistors like the NGD8201?

  • How does the TO-252 package improve performance in high-power circuits?

  • Can the NGD8201AG be used in computer power supply systems?

  • What’s the recommended mounting method for TO-252 MOS transistors in automotive systems?

  • Does the NGD8201AG withstand extreme temperatures in automotive environments?

  • Are there customization options for the NGD8201AG transistor?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Package TypeCompact electronics, automotive systemsIndustry: TO-220 (6.5×4.5mm)
Our Base: TO-252 (3×2mm) ▲
Advanced: TO-263 (2.5×1.8mm) ▲▲
Smaller footprint improves space efficiency (e.g., smartphones, IoT devices)Smaller packages require specialized mounting (e.g., heat sinks for TO-263)
Power HandlingHigh-current applications (e.g., motor control)Industry: 50A
Our Base: 60A ▲ (ASTM E966)
Advanced: 80A ▲▲ (ASTM E966)
Supports heavier loads (e.g., industrial robotics, EV systems)Higher current increases thermal stress, requiring better cooling systems
Thermal PerformanceHigh-temperature environmentsIndustry: 60°C/W
Our Base: 45°C/W ▲ (JEDEC)
Advanced: 35°C/W ▲▲
Better heat dissipation enhances reliability in harsh conditions (e.g., automotive engines)Advanced cooling may add cost (e.g., diamond heat spreaders)
Material CompositionHarsh industrial environmentsIndustry: Standard silicon
Our Base: High-purity silicon ▲ (ISO 9001)
Advanced: Silicon + diamond coating ▲▲
Enhanced durability and thermal conductivity (e.g., aerospace, oil drilling)Advanced materials increase production complexity and cost
ReliabilityMission-critical systemsIndustry: 100,000 hours MTBF
Our Base: 150,000 hours ▲ (MIL-STD-202)
Advanced: 200,000 hours ▲▲
Longer operational lifespan (e.g., medical devices, defense systems)Rigorous testing for advanced versions may delay time-to-market
Switching SpeedHigh-frequency circuits (e.g., inverters)Industry: 100 ns
Our Base: 80 ns ▲ (IEC 60747-9)
Advanced: 60 ns ▲▲
Faster switching improves efficiency (e.g., renewable energy systems)Requires advanced filtering to mitigate electromagnetic interference

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