ZK100A5000V is a high voltage, fast recovery rectifier diode designed for applications requiring quick reverse recovery, high surge current capacity, and strong voltage resistance. With a 5000V blocking voltage and 100A average forward current, it is widely used in pulse power supplies, high-voltage DC systems, and induction heating.
Product Description
Model: ZK100A5000V
- Product Type: Fast Recovery Rectifier Diode
- Average Forward Current (IF(AV)): 100A @ Tc=100°C
- Repetitive Peak Reverse Voltage (VRRM): 5000V @ Ta=25°C
- Peak Reverse Leakage Current (IRRM): ≤10mA @ Tj=150°C
- Forward Voltage Drop (VFM): ≤2.3V @ IFM=300A, Ta=25°C
- Reverse Recovery Time (trr): ≤5μs @ Tj=150°C
- Operating Junction Temperature (Tj): -40°C ~ +150°C
- Thread Size: M20 (Fine Thread)
- Mounting Torque (Fm): 25-30 N·m
- Package Type: Stud Mount (螺栓型)
- Case Material: Metal and Ceramic
- Insulation Type: Non-isolated
- Cooling Method: Conduction Cooling (需安装散热器)
- Polarity: Stud Cathode (常见结构)
- Surface Treatment: Nickel-Plated Contacts
- Contact Type: Screw Terminal
- Lead Configuration: Axial Lead on top
- Weight: Approx. 300g
- Color: Metallic with White Ceramic
- Response Time: Ultra-fast reverse recovery
- Surge Capability: Excellent peak current tolerance
- Application: HV power supplies, welding, inverters
- Reliability: High-temperature, long-lifetime design
- Voltage Type: High Voltage Rectifier
- Current Type: High Current Rectifier
- Environment Resistance: Shock & Vibration Resistant
- Thermal Management: Requires external heatsinking
- Installation: Panel Mount with Thread
- Insulation Voltage: No internal insulation (external required)
- Country of Origin: China
- RoHS Compliant: Yes
- Certifications: CE (if applicable)
- Stock Status: Ready to ship
- MOQ: 1 piece
- Lead Time: 3-7 working days
- OEM/ODM: Supported
- Usage Environment: -40°C ~ +150°C
- Storage Temperature: -55°C ~ +150°C
- Design: Stud Mount Axial Fast Recovery Diode
- Frequency Range: Suitable for high-speed switching
- Function: Converts AC to DC, protects circuits