2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes

Overview of Fast Recovery Diodes

Features of Fast Recovery Diodes

(2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes)

Specification of 2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes

The 2CL77 High Voltage Silicon Load Diode is constructed for high-voltage applications requiring dependability and precision. It handles approximately 20kV opposite voltage, making it appropriate for systems requiring strong voltage endurance. The diode operates successfully in high-frequency atmospheres, supporting rapid switching and minimal power loss. Its rapid healing time ensures quick response in circuits where rate issues.

This diode utilizes sophisticated silicon technology for secure efficiency under severe conditions. It works in high-voltage power products, medical devices, laser systems, and industrial equipment. The style concentrates on decreasing changing losses, improving power performance. Designers utilize it in radar systems, X-ray generators, and pulse power configurations for consistent outcomes.

The 2CL77 manages high height currents without damages. It supports an average forward current of 50mA, guaranteeing consistent operation sought after setups. The diode’s low capacitance prevents signal distortion in high-frequency applications. Its sturdy construction stands up to thermal tension, expanding life-span in harsh settings.

Running temperature levels vary from -55 ° C to +150 ° C, allowing use in extreme heat or cold. The diode’s glass passivation layer protects against wetness and pollutants. This function boosts dependability in outside or unpredictable setups.

Key specifications include a peak reverse voltage of 20kV, typical forward current of 50mA, and recuperation time under 100ns. The diode comes in a portable, hermetically secured package for simple combination. It meets market criteria for safety and security and efficiency.

Users gain from its compatibility with automated setting up procedures. The layout decreases leakage currents, improving system efficiency. It matches pulsed power systems, voltage multipliers, and high-frequency inverters.

The 2CL77 is evaluated carefully for resilience and consistency. It does well in repetitive high-voltage pulses without deterioration. Suppliers select it for essential applications requiring accuracy and stability.

This diode is ideal for engineers seeking a balance of high voltage tolerance, speed, and effectiveness. Its basic assimilation and reduced maintenance make it a useful option for advanced digital systems.

(2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes)

Applications of 2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes

The 2CL77 High Voltage Silicon Lot Diode is made for demanding applications needing high voltage handling, quick healing, and dependable efficiency. This diode runs at 20kV, making it perfect for systems requiring durable voltage management. Its high-frequency abilities guarantee efficient operation in fast-switching environments.

In clinical equipment, the 2CL77 is utilized in X-ray makers and MRI systems. These devices depend upon secure high-voltage power materials. The diode’s rapid recuperation time minimizes energy loss, making certain precise imaging and person safety and security.

Industrial power supplies take advantage of the diode’s capability to take care of abrupt voltage spikes. It shields delicate components in welding equipments, laser systems, and high-energy power converters. The rapid healing feature minimizes downtime in continuous operations.

Renewable resource systems like solar inverters and wind turbines utilize the 2CL77 for reliable energy conversion. High-voltage handling makes certain dependability in changing conditions. Quick recovery keeps system efficiency, minimizing heat generation and expanding element life.

Telecom infrastructure counts on high-voltage diodes for signal inflection and power distribution. The 2CL77 supports secure performance in RF amplifiers and transmission equipment. Its toughness makes sure very little maintenance in crucial interaction networks.

Scientific research applications include fragment accelerators and high-voltage experiments. The diode’s accuracy supports accurate information collection. High-frequency operation enables quick adjustments in speculative configurations.

The 2CL77 is developed with advanced silicon technology, guaranteeing thermal security under load. It withstands extreme temperature levels, making it ideal for severe settings. The small layout enables combination right into space-constrained systems without endangering performance.

Makers prioritize the diode’s reliability for mission-critical applications. Regular performance under high anxiety reduces the risk of system failure. Industries calling for long-term stability pick the 2CL77 for its proven record.

Custom-made setups are offered to satisfy particular operational demands. Designers can enhance the diode for one-of-a-kind voltage or regularity demands. Compatibility with existing systems simplifies upgrades without major redesigns.

The 2CL77 High Voltage Silicon Heap Diode satisfies international safety and effectiveness standards. It is a cost-effective service for updating high-voltage systems. Its convenience across sectors highlights its function in contemporary technology.

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 2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes, 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 2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes

The 2CL77 High Voltage Silicon Heap Diode handles 20kV and suits high-frequency applications. Here are key questions users ask. What is the main use of the 2CL77 diode? It is built for high-voltage rectification in power supplies, medical equipment, and industrial systems. The diode converts AC to DC in circuits needing stable high-voltage output. Its fast recovery time reduces energy loss during switching.

How does the diode manage 20kV without breaking down? The design uses a silicon heap structure to spread voltage evenly across the component. This prevents hotspots. The thick epitaxial layer and optimized doping profile improve voltage tolerance. Tests confirm it withstands repeated 20kV reverse voltage pulses.

Can the 2CL77 work in high-frequency circuits? Yes. The fast recovery feature cuts reverse recovery time to microseconds. This minimizes switching losses at frequencies up to several kilohertz. It performs well in inverters, pulse generators, and RF systems requiring rapid switching.

What steps prevent overheating? Proper heat dissipation is critical. The diode must be mounted on a heatsink matching its thermal resistance rating. Airflow or cooling systems help during continuous high-load operations. Operating temperatures should stay below 150°C to avoid damage.

Why is the 2CL77 reliable long-term? Manufacturing uses strict quality controls. Each diode undergoes high-voltage stress tests and thermal cycling. Encapsulation in silicone resin protects against moisture and contaminants. These steps ensure stable performance in harsh environments.

(2CL77 High Voltage silicon heap diode 20kV High Voltage high frequncy fast recovery diodes)