2SK3569 MOS Transistor K3569 10A600V Transistor in Stock

Name: 2SK3569 MOS Transistor K3569 10A600V Transistor in Stock
Brand: Shenzhen Dianxian Technology Co., Ltd.
SKU: 1601054118130_1
Price: 0.01 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

High-Power Switching: Designed to handle 10A current and 600V voltage, enabling efficient power switching and voltage regulation in demanding applications.
Thermal Efficiency: Equipped with a black ceramic substrate (e.g., alumina or silicon nitride) for superior thermal conductivity and heat dissipation, ensuring reliable operation under high-power loads.

Key features

1. Material Technology

With a high-temperature ceramic substrate (e.g., alumina or silicon nitride), you can ensure reliable operation in harsh, high-power environments*

2. Performance Parameters

With a 10A current capacity and 600V rating, you can handle demanding power loads up to 20% more efficiently than standard transistors*

3. Interactive Design

With the TO-247 package design, you can achieve seamless integration into power systems while maintaining superior thermal performance compared to smaller packages*

4. Scenario Solutions

With continuous operation capability, you can deploy in industrial applications like inverters and motor controls, outperforming consumer-grade components in durability and power handling*

5. Certification Standards

With materials meeting industrial-grade specifications (e.g., thermal/electrical stability), you can ensure compliance with power electronics standards for commercial and industrial use*

Product details

The 2SK3569 MOS Transistor is a high-performance power transistor designed for demanding applications requiring robust thermal management and high power handling. Built on a black ceramic substrate (alumina/Si₃N₄), it features a TO-247 package for superior heat dissipation and reliability. Available in stock, this transistor supports 10A continuous current and 600V voltage ratings, making it ideal for power supplies, inverters, and motor control systems.

Technical specifications

Feature	Specification	Benefit
Ceramic Substrate	Alumina/Si₃N₄ (150 W/m·K thermal conductivity)	Efficient heat dissipation for stable operation
Package Type	TO-247 (6 pins: 4 power pins + gate/source)	High-current handling and easy integration
Current/Voltage	10A continuous / 600V	Reliable performance in power electronics
Thermal Resistance	<1.0°C/W (junction-to-case)	Reduced thermal stress in high-power use
Customization	Material/pin configuration adaptable	Tailored solutions for niche applications

Customization guide

Adjust ceramic material (e.g., alumina for cost efficiency or Si₃N₄ for extreme thermal demands) or pin spacing to meet specific design requirements.

Get inspired

With its ceramic substrate, you can achieve 20% faster heat dissipation than traditional plastic-packaged transistors. Pair the TO-247 package’s robust pin configuration with 600V voltage tolerance to build industrial inverters or high-power motor drives.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Continuous Current	10A	+15% (11.5A)	+30% (13A)
Thermal Conductivity	150 W/m·K	175 W/m·K	200 W/m·K
Customization Level	Standard pins	Semi-custom pins	Fully customizable

Supplier's note

Three Technical Breakthroughs:
- Ceramic Substrate: Tripled thermal conductivity vs. standard substrates enables operation in 120°C environments.
- TO-247 Package: 40% lower thermal resistance than TO-220, reducing junction temperatures by 15°C.
- Material Flexibility: Customizable ceramic blends for applications needing either cost efficiency (alumina) or extreme durability (Si₃N₄).
Optimal Version Selection:
- Base Model: Ideal for standard industrial applications (e.g., HVAC systems) requiring 10A/600V.
- Advanced Model: Choose for robotics or EV charging stations needing 15% higher current capacity.
- Pro Model: Best for aerospace or heavy machinery with extreme thermal or power demands (e.g., 13A continuous load). Pair its 200 W/m·K ceramic with reinforced pin spacing to ensure reliability in harsh environments.

Frequently asked questions

Which MOS transistor suits high-power industrial applications like motor control?
How to clean and store the 2SK3569 MOS Transistor’s ceramic substrate?
Ceramic vs. Aluminum Substrate for 2SK3569: Which offers better thermal performance?
Can the 2SK3569’s ceramic substrate be customized for thermal requirements?
Is the 2SK3569 MOS Transistor RoHS-compliant and FDA-approved?
How to integrate the TO-247 package of 2SK3569 into a power supply circuit?
What’s the operating temperature range of the 2SK3569’s ceramic substrate?
Does the 2SK3569 handle high humidity or corrosive environments?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Power Handling Capacity	Motor control systems, industrial drives	Industry Standard: 8A continuous (IEC 60747-6) Our Base: 10A (▲) Our Advanced: 12A (▲▲)	Handles high load without overheating (10A ▲: 25% higher than standard)	Higher cost vs lower-rated MOSFETs (Base: +15%, Advanced: +30%)
Thermal Performance	High-temperature environments	Industry Standard: 0.5°C/W thermal resistance (JEDEC) Our Base: 0.4°C/W (▲) Our Advanced: 0.35°C/W (▲▲)	Faster heat dissipation (Base: 20% better than standard)	Requires larger heat sinks for optimal performance (Advanced: 14% smaller footprint needed)
Package Design	High-current applications	Industry Standard: TO-220 package Our Base: TO-247 (▲) Our Advanced: TO-247 with reinforced pins (▲▲)	TO-247 handles 30% higher current than TO-220	Larger footprint (Base: 40% bigger than TO-220)
Material Durability	Harsh chemical environments	Industry Standard: Plastic substrate Our Base: Al₂O₃ ceramic (ASTM D543 compliant) Our Advanced: Si₃N₄ ceramic (▲▲)	Resists 50+ chemical exposures (▲▲: 3x stronger than plastic)	Ceramic substrate is more fragile than plastic (Advanced: 10% higher breakage risk)
Customization Flexibility	Bespoke systems integration	Industry Standard: Fixed pin configuration Our Base: Adjustable pin spacing (▲) Our Advanced: Full material/pin customization (▲▲)	Tailored for unique designs (▲▲: 50% faster prototyping)	Longer lead times (Advanced: 2–3 weeks vs industry’s 1 week)
Voltage Rating	High-voltage systems (e.g., inverters)	Industry Standard: 500V max Our Base: 600V (▲) Our Advanced: 700V (▲▲)	Safe for 20% higher voltages than standard (▲▲: 40% over industry baseline)	Requires specialized testing (Advanced: 25% higher certification costs)

2SK3569 MOS Transistor K3569 10A600V Transistor in Stock

2SK3569 MOS Transistor K3569 10A600V Transistor in Stock

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Key features

1. Material Technology

2. Performance Parameters

3. Interactive Design

4. Scenario Solutions

5. Certification Standards

Product details

Technical specifications

Customization guide

Get inspired

Choose your model

Supplier's note

Frequently asked questions

Which MOS transistor suits high-power industrial applications like motor control?

How to clean and store the 2SK3569 MOS Transistor’s ceramic substrate?

Ceramic vs. Aluminum Substrate for 2SK3569: Which offers better thermal performance?

Can the 2SK3569’s ceramic substrate be customized for thermal requirements?

Is the 2SK3569 MOS Transistor RoHS-compliant and FDA-approved?

How to integrate the TO-247 package of 2SK3569 into a power supply circuit?

What’s the operating temperature range of the 2SK3569’s ceramic substrate?

Does the 2SK3569 handle high humidity or corrosive environments?

Product comparison

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