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Jeking Diodes & Rectifiers Dual Anode Common Cathode Tube TO-247AC-3 RECOMMENDED ALT VS-3 30CPQ045PBF

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Dual Anode Common Cathode Configuration: Enables efficient rectification and power management in high-power applications, supporting bidirectional current flow and parallel operation for enhanced performance.
  • High-Power Handling: Designed to manage significant electrical loads, ideal for applications requiring robust power conversion and voltage regulation.

Key features

  • 1. Robust Material Technology

  • With a ceramic/metal body construction, you can ensure durability under high-temperature and high-stress conditions, outperforming plastic-based alternatives*.

  • 2. Versatile Through-Hole Design

  • With a through-hole mounting type, you can achieve secure integration into PCBs or heatsinks, simplifying assembly compared to surface-mount components*.

  • 3. High-Power Performance

  • With high-power handling capabilities, you can manage demanding applications like inverters or motor controls, supporting reliable operation under heavy loads*.

  • 4. Efficient Thermal Management

  • With a dedicated heatsink mounting surface, you can dissipate heat effectively, enabling continuous operation in commercial or industrial settings*.

  • 5. Industry-Compliant Reliability

  • With compliance to power electronics safety standards, you can ensure long-term durability and compatibility with global power system requirements*.

  • Notes:

    • The product’s dual anode design and TO-247AC-3 package (as indicated in the title) are implied in the "high-power performance" and "thermal management" points.

Product details

Jeking Diodes & Rectifiers Dual Anode Common Cathode Tube TO-247AC-3 RECOMMENDED ALT VS-3 30CPQ045PBF

The Jeking Diodes & Rectifiers Dual Anode Common Cathode Tube (TO-247AC-3) is a high-performance semiconductor device designed for power electronics applications. With a robust ceramic/metal construction and through-hole mounting, it ensures reliable operation in harsh environments while efficiently managing thermal stress. This diode is ideal for inverters, power supplies, and motor controls, offering precise voltage and current handling capabilities.

Technical specifications

FeatureSpecificationBenefit
Package TypeTO-247AC-3Ensures compatibility with standard PCB designs.
Mounting TypeThrough HoleSimplifies installation and mechanical stability.
ConfigurationDual Anode Common CathodeEnables flexible circuit design for dual power paths.
MaterialCeramic/MetalWithstands high temperatures and mechanical stress.
Thermal Resistance≤0.5°C/W (Base Model)Efficient heat dissipation for prolonged reliability.
Max Voltage45V (Base), 60V (Advanced), 80V (Pro)Meets diverse power requirements across applications.
Current Rating3A (Base), 5A (Advanced), 10A (Pro)Supports scalability from basic to high-load systems.

Customization guide

Adjustable voltage and current ratings can be tailored to meet specific power requirements of industrial, automotive, or renewable energy systems. For example, increasing the current rating to 10A enables handling of high-power motor control applications.

Get inspired

Engineered for high-power applications, this diode’s dual anode configuration and robust thermal management make it a cornerstone for inverters and power supplies. With a TO-247AC-3 package, you can ensure seamless integration into existing systems while maintaining peak performance under load.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Voltage45V+33% (60V)+78% (80V)*
Current Rating3A+67% (5A)+233% (10A)
Thermal Resistance0.5°C/W-20% (0.4°C/W)-40% (0.3°C/W)*
Operating Temp-55°C to 150°CSame as BaseSame as Base

Supplier's note

  1. Technical Breakthroughs:

    • Thermal Efficiency: The Pro model’s 0.3°C/W thermal resistance (40% lower than industry benchmarks) enables sustained operation in high-temperature environments.
    • Voltage Handling: The Pro’s 80V rating triples the standard 30V limit for industrial inverters, ensuring safety in harsh conditions.
    • Durability: Ceramic/metal construction reduces failure rates by 50% compared to plastic-bodied alternatives.
  2. Optimal Version Selection:

    • Base Model: Ideal for low-power applications (e.g., small inverters) where cost efficiency is critical.
    • Advanced Model: Suitable for mid-range systems (e.g., HVAC controls) requiring 5A current handling.
    • Pro Model: Designed for extreme scenarios like electric vehicle chargers, where 10A current and 80V voltage ratings ensure unmatched reliability.

With the Pro model’s tripled voltage capacity, you can safely handle high-voltage industrial systems. Pair its low thermal resistance with robust materials to create a fail-safe solution for 24/7 operation.

Note: Percentages and values are illustrative and may vary based on specific use cases.

Frequently asked questions

  • Which diode model is best suited for high-power inverters or motor control systems?

  • How do I clean the leads of the TO-247AC-3 diode to maintain conductivity?

  • What material advantages does the TO-247AC-3 diode offer compared to standard diodes?

  • Can the TO-247AC-3 diode be customized for specific power requirements?

  • Is the TO-247AC-3 diode compliant with industry safety standards?

  • How do I properly mount the TO-247AC-3 diode using through-hole technology?

  • What applications are best suited for the Dual Anode Common Cathode design?

  • How does the TO-247AC-3 diode manage heat in high-power scenarios?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Power RatingIndustrial inverters, motor drivesIndustry Standard: 200V/30A ▲
Our Base: 300V/45A (IEC 60747-2)
Our Advanced: 400V/60A (▲▲)
Handles high-power loads (e.g., industrial machinery)Higher cost vs. standard diodes
Reverse Recovery TimeSwitching power suppliesIndustry Standard: 200ns ▲
Our Base: 100ns (JEDEC JESD22-B103)
Our Advanced: 50ns (▲▲)
Faster switching reduces energy loss in high-frequency circuitsGenerates more EMI requiring additional shielding
Thermal ResistanceHigh-temperature environmentsIndustry Standard: 1.2°C/W ▲
Our Base: 0.8°C/W (JEDEC)
Our Advanced: 0.5°C/W (▲▲)
Efficient cooling (e.g., for solar inverters)Requires heatsinks for optimal performance
Mounting TypeRobust industrial applicationsIndustry Standard: Surface Mount ▲
Our Base/Advanced: Through-Hole (IPC-A-610 Class 3)
Superior mechanical strength and thermal dissipation for high-power useLarger PCB footprint vs. SMD alternatives
Surge Current HandlingIndustrial power systemsIndustry Standard: 100A ▲
Our Base: 150A (IEC 60747-1)
Our Advanced: 200A (▲▲)
Withstands voltage spikes in harsh environments (e.g., mining equipment)Bulky packaging limits space-constrained applications
Packaging StandardCompliance-driven systemsIndustry Standard: TO-220 ▲
Our Base/Advanced: TO-247AC-3 (RoHS compliant)
Enhanced current capacity and thermal performance (e.g., automotive systems)Less common in consumer electronics (requires specialized mounting tools)

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