| HVRT2010 Fast recovery High voltage diode Data Sheet | ||||
| Parameter | Symbol | Unit | Test Conditions | Value |
| Repetitive Peak Backward Voltage | Vrrm | KV | Ta=25℃ Ir=2.0μA | 20 |
| Peak Working Backward Voltage | Vrwm | KV | Ta=25℃ Ir=2.0μA | 20 |
| Average Forward Current | If(AV) | mA | 50Hz Half-sine Wave , Resistance load @Tbreak=50℃ | 10 |
| Backward Recovery Time | Trr | nS | 80 | |
| Surge Forward Current | Ifsm | A | 0.01S @ Half-Sine wave 50Hz | 3 |
| Operating Ambient Temperature | Ta | ℃ | -40～+150 | |
| Storage Temperature | Tstg | ℃ | -40～+125 | |
| Forward Peak Voltage | Vfm | V | ≥33.0 | |
| Backward Peak Current | Irrm1 | μA | @ Ta=25℃ VRM=VRRM | 2 |
| Irrm2 | μA | @ Ta=100℃ VRM=VRRM | 20.0 | |
| Absolute Maximum Ratings & Electrical Characteristics | ||||
Functional Role and Target Users of HVRT2010
The HVRT2010 fast recovery high voltage diode serves as a critical component for engineers and procurement teams working in power electronics, pulsed power systems, and high-voltage circuitry. Targeted at research institutions, universities, and industrial enterprises, this device supports efficient switching and rectification tasks within demanding electrical environments. Its axial leaded design enables straightforward replacement or new integration in high-voltage rectifier assemblies, while the availability of OEM/ODM customization from this established high voltage diode manufacturer provides tailored solutions that meet specialized operational needs. This product streamlines the development process for high-voltage DC supply modules and advances testing precision in laboratory settings, ensuring alignment with strict performance requirements.
Technical Features and Specifications of HVRT2010
Engineered for superior performance, the HVRT2010 incorporates a high-temperature resistant chip coupled with epoxy molding for enhanced thermal conductivity, facilitating reliable heat dissipation under high-stress conditions. This high voltage diode exhibits a repetitive backward voltage rating of up to 20 kV and a rapid reverse recovery time of approximately 80 nanoseconds, enabling improved switching efficiency in high-frequency applications. The device operates reliably across an extended temperature range from -40 °C to +150 °C, ensuring robustness in various environments. Low leakage current levels at operational voltages further reduce energy loss, making this product integral to precision power conversion and pulse power applications common within systems that demand uncompromising electrical integrity.
Industry Applications and Practical Utility
The HVRT2010 model finds extensive utilization in high-voltage DC converters, pulse power supply devices, and fast recovery rectifier modules employed in industrial research, testing, and power management. Its incorporation within university laboratories and R&D departments aids in experimenting with diode switching characteristics and discharge parameters, enhancing the overall design validation of electronic systems. The diode supports integration into high voltage rectifier bridges for power supplies and specialized instrumentation, addressing operational needs with assurance of compliance and performance. Additionally, the product’s customization options available from a reputable high voltage diode manufacture allow system designers to adapt the diode to complex assemblies, maximizing operational uptime and maintenance efficiency in diverse high-voltage environments.
Structural and Design Strengths of HVRT2010
The HVRT2010 diode features a robust axial leaded connection design, simplifying assembly into existing circuitry and facilitating modular system upgrades. Molded in a high-thermal-conductivity epoxy compound, it ensures efficient heat transfer to maintain device stability during continuous operation at elevated voltages. This design accommodates integration into compact power modules without compromising thermal management. Manufactured by a reputable high voltage diode manufacture, the product adheres to certified quality processes including ISO9001 and RoHS compliance, validating its systemic reliability. The construction supports electrical endurance in applications requiring rapid switching and high-voltage tolerance, with design considerations that balance durability and precise performance metrics suited to robust industrial-grade implementations.
Performance and Usability Benefits for Engineering Teams
This high voltage diode delivers consistently fast reverse recovery times, enabling reduced switching losses critical for power efficiency in advanced rectifier circuits. Its stable operation over wide temperature and voltage ranges reduces risk of failure in complex high-voltage devices, enhancing product lifecycle and return on investment. Engineers benefit from the diode’s low leakage current characteristics, which improve system-level power conservation and minimize unintended electrical stress. The availability of customized models through a trusted high voltage diode wholsale channel supports optimization for specific engineering requirements, allowing seamless integration into bespoke power supply designs. This adaptability combined with proven reliability makes the HVRT2010 an asset for high-precision electronic systems requiring stringent performance standards.
FAQ
Can HVRT2010 be customized for specific industrial applications?
Yes, the HVRT2010 can be customized through OEM/ODM services to meet unique parameter requirements. HVDIODE supports tailored solutions to fit diverse needs, ensuring reliable integration into your existing systems or new designs utilizing high voltage diodes.
What materials and construction ensure the HVRT2010’s thermal reliability?
The HVRT2010 features a special high-temperature chip and is molded in a high thermal conductivity epoxy compound. This design supports efficient heat dissipation and dependable performance in harsh industrial environments demanding robust high voltage diode operation.
How does the HVRT2010 support integration into high-voltage circuits?
Equipped with an axial leaded connection, the HVRT2010 allows for straightforward installation in existing rectifier assemblies and power supply modules. This facilitates seamless integration while maintaining high-frequency efficiency and fast recovery in advanced HV applications.
What certifications and quality controls back HVDIODE’s products?
HVDIODE holds ISO9001, RoHS, and SGS certifications for quality and environmental compliance. Their thorough testing includes high-voltage, temperature bias, and leakage current assessments, ensuring every high voltage diode meets stringent industrial standards for reliability and safety.
Here, suitable insulation adhesive materials can be selected based on the different usage situations of engineers.
