Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S

Overview of Fast Recovery Diodes

Features of Fast Recovery Diodes

(Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S)

Specification of Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S

The Fast Recuperation Component DH2F100N6S and Schottky Diode Module DH2F200N4S are high-performance rectifier diodes created for efficient power conversion. Both modules make use of innovative semiconductor innovation to decrease energy loss and enhance system reliability. The DH2F100N6S handles an optimum recurring reverse voltage of 600V and an onward current of 100A. The DH2F200N4S sustains a lower voltage rating of 400V however delivers a higher forward existing ability of 200A. These specs make the DH2F100N6S appropriate for medium-voltage applications, while the DH2F200N4S masters high-current situations.

The Schottky barrier design in both components makes sure a low onward voltage decrease, normally between 0.65 V and 0.85 V. This minimizes heat generation throughout procedure. The fast recovery feature cuts reverse recuperation time to under 50 milliseconds. This lessens changing losses in circuits calling for quick on-off cycles. Both units run effectively across a temperature variety of -55 ° C to +175 ° C. This permits secure performance in rough environments.

Durable thermal monitoring is attained via incorporated heat sinks and top notch packaging materials. The components utilize copper-based substratums for reliable warmth dissipation. This stops getting too hot throughout continuous high-load operation. Electrically isolated bases simplify setup in multi-device setups. Mounting hardware is standardized for compatibility with the majority of industry-standard systems.

The DH2F100N6S and DH2F200N4S are excellent for power supplies, electric motor drives, and renewable resource systems. They function well in solar inverters, commercial rectifiers, and UPS devices. The compact design conserves space in jampacked electrical rooms. High rise existing resistance secures against voltage spikes in unsteady grids.

Examining meets global requirements for security and efficiency. Qualifications include RoHS conformity and UL acknowledgment. Anti-corrosion finishes on terminals ensure lasting integrity in damp conditions. Minimal leak existing under reverse prejudice maintains power performance.

These diodes offer an equilibrium of durability and cost-effectiveness. Upkeep demands are reduced due to solid-state construction. Replacement intervals surpass regular industry averages. Compatibility with automated assembly lines quicken production procedures. Personalized arrangements are available for mass orders.

Performance metrics are validated with rigorous research laboratory screening. Data sheets provide in-depth contours for onward voltage, reverse healing, and thermal resistance. Technical assistance teams assist with assimilation difficulties. Service warranty protection includes issues in products and workmanship.

(Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S)

Applications of Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S

The Quick Healing Component DH2F100N6S and Schottky Diode Component DH2F200N4S are high-performance elements created for reliable power administration. These modules handle high-frequency changing with marginal energy loss. The DH2F100N6S includes a fast recovery time. This reduces warm generation in circuits. It supports voltage rankings approximately 600V. The low ahead voltage decline boosts system effectiveness. It is excellent for applications needing fast changing. Instances consist of switch-mode power products and inverters. The component makes sure stable efficiency under hefty tons. It operates dependably in high-temperature atmospheres.

The DH2F200N4S Schottky Diode Module uses ultra-low onward voltage. This lessens power dissipation. It takes care of high currents approximately 200A. The Schottky design eliminates reverse recovery losses. This makes it appropriate for high-frequency correction. Typical uses consist of solar energy systems and electric car charging stations. The module’s compact design saves space. It integrates quickly right into existing setups. Thermal management is maximized. This stops getting too hot throughout continuous operation.

Both components are built for longevity. They withstand voltage spikes and rises. Industrial automation systems gain from their robustness. Motor drives and welding tools use these diodes for trustworthy efficiency. Information centers apply them in uninterruptible power materials. Telecommunications infrastructure relies on their performance for signal rectification.

The DH2F100N6S fits medium-voltage applications. The DH2F200N4S masters high-current scenarios. Designers pick between them based upon job demands. Both components minimize power waste. They prolong the lifespan of digital systems. Upkeep expenses are lowered as a result of their integrity.

These diodes are tested for safety. They satisfy worldwide standards for electric components. Individuals trust their uniformity in vital operations. Custom setups are available. Makers offer technical support for integration obstacles. Compatibility with numerous cooling down systems makes sure adaptability. The components adapt to diverse commercial requirements.

Their usage extends renewable resource tasks. Wind generators and solar inverters accomplish higher efficiency. Automotive applications consist of battery monitoring systems. Electric cars rely on quick healing to optimize power flow. Customer electronics benefit from small dimension and warm resistance.

The DH2F collection prioritizes efficiency. It addresses contemporary power obstacles. Power financial savings line up with global sustainability goals. Industries upgrade systems using these components. Functional prices decrease. Result integrity increases. These diodes represent sophisticated services for next-generation electronics.

Company Profile

PDDN Photoelectron Technology Co., Ltd.(sales@pddn.com) is one of the leading enterprises in power electronics technology and power products, which is fully involved in developing solar inverters， transformers, voltage regulators, distribution cabinets, thyristors， modules， diodes， heaters, and other electronic devices or semiconductors. We will be committed to providing users with high-quality, efficient products and considerate service.

It accepts payment via Credit Card, T/T, West Union, and Paypal. PDDN will ship the goods to customers overseas through FedEx, DHL, by sea, or by air. If you want high-quality Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S, please send us inquiries; we will be here to help you.

Payment Methods

L/C, T/T, Western Union, Paypal, Credit Card etc.

Shipment

By sea, by air, by express, as customers request.

Storage Conditions

1) Store in a dry environment at room temperature.

2) Avoid damp and high temperature.

3) Use immediately after opening the inner packing bag.

5 FAQs of Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S

What is the Fast Recovery Module DH2F100N6S used for? The DH2F100N6S Schottky diode module handles high-efficiency rectification in power supplies and inverters. It works in circuits needing fast switching and low forward voltage drop. The module suits solar energy systems, motor drives, and battery charging setups. Its design reduces energy loss and heat generation compared to standard diodes. This makes it reliable in high-frequency applications.

What voltage and current ratings does the DH2F200N4S support? The DH2F200N4S operates at a maximum repetitive reverse voltage of 200V. It handles an average forward current of 200A. The module manages surge currents up to 400A for short durations. These specs make it fit for heavy-duty industrial equipment and electric vehicle charging stations. Its Schottky structure ensures stable performance under high loads.

How does thermal management work for these modules? Both modules include integrated heat sinks and low thermal resistance packaging. Proper mounting on a cooled surface is necessary. Airflow or liquid cooling systems improve heat dissipation. Monitoring junction temperature prevents overheating. This extends the diode’s lifespan and maintains efficiency during continuous operation.

Are these diodes reliable in harsh environments? The DH2F100N6S and DH2F200N4S use rugged materials resistant to vibration and temperature fluctuations. They undergo testing for moisture resistance and electrical stress tolerance. Encapsulation protects against dust and chemical exposure. These features ensure stable operation in industrial settings or outdoor installations.

Can these modules replace traditional diodes in existing systems? Yes. The DH2F series offers backward compatibility with standard diode footprints. Check voltage and current requirements match the original component. Lower forward voltage reduces power loss. Faster recovery times improve system efficiency. Verify thermal management aligns with the module’s higher current capacity before installation.

(Fast recovery module DH2F100N6S rectifier diode Schottky Diode module DH2F200N4S)