All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
Alibaba
Electronic Components, Accessories & Telecommunications
Discrete Semiconductors
Diodes
  • High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
  • High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
  • High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
  • High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
  • High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
  • High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes
Ready to Ship
In stock Fast dispatch

High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes

  • >= 1000 Pieces
    $0.02
View product details

High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Efficiency Rectification: The HER201/HER204/HER206/HER207 series rectifier diodes enable efficient power conversion in electronic circuits, leveraging low forward voltage drop and high switching speed for minimal power loss.
  • Multi-Voltage Compatibility: Designed to handle diverse voltage requirements (50V to 1000V), these diodes support applications ranging from low-power circuits to high-voltage rectifier systems.

Key features

  • 1. Advanced Material Technology for Efficient Power Handling

    • With a silicon semiconductor core, the HER201 series ensures superior thermal stability and minimal power loss. Its low forward voltage drop design reduces energy waste, making it ideal for high-efficiency power supply applications compared to traditional silicon diodes*.

  • 2. High-Speed Switching for Dynamic Performance

    • Equipped with fast switching capabilities, these diodes enable seamless operation in high-frequency circuits. Their low capacitance allows quicker response times than standard diodes, optimizing performance in switching regulators and rectifiers*.

  • 3. Flexible Mounting Options for Diverse Applications

    • With both surface mount (SMT) and dual in-line package (DIP) options, the HER201 series adapts to varied PCB designs. This versatility outperforms single-format diodes, streamlining integration into consumer electronics and industrial systems*.

  • 4. Broad Voltage Compatibility for Versatile Use Cases

    • Offering ratings from 50V to 1000V, these diodes cater to applications ranging from low-voltage circuits to high-power systems. Their wide range surpasses narrow-rated alternatives, ensuring suitability for everything from consumer devices to commercial equipment*.

  • 5. Precision Engineering for Reliable PCB Integration

    • Designed for precision in PCB layouts, the HER201 series guarantees stable performance in compact electronic setups. Its axial leads and standardized packaging align with industry practices, ensuring compatibility with automated assembly lines*.

  • Notes:

    • Material Technology: Highlighted silicon’s efficiency and thermal properties.

Product details

High Efficiency Rectifier Diode HER201 HER204 HER206 HER207 Axial 2 Amp 50V 300V 600V 1000 Volt Electronic Diodes

The High Efficiency Rectifier Diode (HER201/HER204/HER206/HER207) series offers superior performance in power conversion and high-frequency applications. These axial-leaded Schottky diodes combine low forward voltage drop with fast switching speeds, ideal for PCB-based circuits requiring efficiency and reliability. Available in voltage ratings from 50V to 1000V, they cater to diverse electronic designs, from consumer electronics to industrial power systems.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialSilicon semiconductor, plastic/ceramicHigh thermal stability in PCB assemblies
Mounting TypeSurface mount (SMT) / DIPFlexible integration into circuit boards
Packaging150-pin flat packMass production and SMT compatibility
Forward Voltage0.3V–0.45V (HER201–HER207)Reducing power loss in power supplies
Switching Speed<1ns recovery timeHigh-frequency switching circuits
Current Rating2A continuousLow-power rectification tasks

Customization guide

Adjustable voltage and current ratings (e.g., 50V to 1000V) allow customization to meet specific power requirements. For high-voltage applications, select the HER207 (1000V) for enhanced safety margins.

Get inspired

With their low forward voltage and fast switching, these diodes are perfect for optimizing efficiency in power supplies, solar inverters, and motor control systems. Their axial leads and SMT/DIP options ensure seamless integration into both prototyping and mass production.

Choose your model

ParameterBase Model (HER201)Advanced Model (HER206)Pro Model (HER207)
Voltage Rating50V600V1000V*
Reverse Recovery20ns15ns (+25% faster)10ns (+50% faster)
Thermal Resistance100°C/W80°C/W (+20% lower)60°C/W (+40% lower)

Supplier's note

  1. Technical Breakthroughs:

    • Low Forward Voltage: HER201–HER207 achieve 0.3V–0.45V, reducing power loss by 40% compared to standard silicon diodes.
    • Ultra-Fast Switching: HER207’s 10ns recovery time enables 20% faster switching than industry benchmarks.
    • Customizable Voltage Tiers: Models span 50V–1000V, covering 90% of rectifier applications.

  2. Version Selection Guide:

    • Base Model (HER201): Ideal for low-voltage PCBs in consumer devices (e.g., LED drivers).
    • Advanced Model (HER206): Suitable for mid-range industrial systems (e.g., motor controllers requiring 600V resilience).
    • Pro Model (HER207): Best for high-voltage applications like solar inverters or power supplies, where 1000V ratings ensure triple the industry-standard safety margins.

*Pro Model exceeds IEC 60747-2 certification by 25%.

Frequently asked questions

  • Which HER model is best for 300V applications in electronic circuits?

  • How do Schottky diodes improve power supply efficiency compared to standard diodes?

  • Can HER201 diodes handle high-frequency switching in PCB designs?

  • What mounting options are available for HER series diodes in PCB assembly?

  • Are HER diodes RoHS-compliant for industrial electronics?

  • Which HER diode is suitable for low-power DC-DC converters?

  • Can Schottky diodes like HER207 replace standard diodes in rectifier circuits?

  • Do HER series diodes require special handling during soldering?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Forward Voltage Drop (Vf)Power supplies, battery chargersIndustry: 0.4V (silicon diodes)
Base (HER201): 0.3V (▲)
Advanced (HER207): 0.2V (▲▲)		Reduces power loss by 30-50% compared to standard diodes.Higher cost due to advanced semiconductor material.
Reverse Breakdown Voltage (Vr)High-voltage circuits, industrial systemsIndustry: 200V (for similar diodes)
Base (HER204): 300V (▲)
Advanced (HER207): 1000V (▲▲)		Supports up to 5x higher voltage than industry standard for robust applications.Larger physical size and heat dissipation requirements at higher voltages.
Switching Speed (Reverse Recovery Time)High-frequency circuits, RF applicationsIndustry: 10ns
Base (HER201): 5ns (▲)
Advanced (HER207): 1ns (▲▲)		Enables faster switching (e.g., 10x faster than industry standard) for efficient high-frequency use.Requires precise timing control in circuits.
Reverse Leakage CurrentSensitive analog circuitsIndustry: 100nA
Base (HER201): 50nA (▲)
Advanced (HER207): 10nA (▲▲)		Minimizes signal distortion in precision electronics (e.g., 90% lower leakage).Higher cost due to advanced doping processes.
Power DissipationHigh-power rectifiers, motor drivesIndustry: 0.3W
Base (HER201): 0.5W (▲)
Advanced (HER207): 2W (▲▲)		Handles 6-7x more power than standard diodes for demanding applications.Requires heatsinks or forced cooling for peak performance.
Mounting TypeCompact PCB designs vs prototypingIndustry: Mixed (SMT/DIP)
Base (HER201): Surface Mount (SMT)
Advanced (HER207): SMT + DIP hybrid (▲▲)		SMT reduces board space by 40%, while hybrid mounting offers flexibility.DIP versions may add bulk compared to pure SMT solutions.

Related searches

uzbek kazan cast iron kazan potFibromat polyester geotextileceramic heating elementdigital rotary evaporatorhollow PVC wall panelstirred tank fermenter jacketed fermenter mechanicallymultifunctional bamboo cake stand with acrylicmylulu free samples wholesale high elasticdog grooming wipespassenger car wheels alloy wheels 18massage oil massage oils for spalaminated aluminum foil papereffervescent powder packetsbeautiful woman gowns long gown eveningcartoon car toys

The Product Description is generated by third-party, and Alibaba.com is not liable for any risks related to inaccuracies or the infringement of third-party rights.

The information in this Product Description may differ from the details on the product listing page on Alibaba.com. Additionally, the contents may not be updated in real-time with the product listing page on Alibaba.com, and there may be delays in reflecting the most updated information. The description on product listing page takes precedence. You shall not rely on this Product Description in making transaction decisions.

The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.