With a ceramic/plastic composite body and metal leads, this transistor ensures optimal thermal management and electrical conductivity. The design offers superior heat dissipation compared to all-plastic packages*, enabling stable performance in high-temperature environments.
With a TO-252 surface mount (SMD) configuration, it enables seamless integration into modern PCB assemblies. This design reduces assembly complexity and space requirements compared to through-hole alternatives*, streamlining high-density electronic systems.
With moderate power-handling capabilities, it supports applications like power supplies and motor control. Its thermal management features ensure reliable operation under continuous load conditions*, outperforming basic transistors in durability*.
Designed for applications ranging from low-power switching to moderate-power amplification, it adapts to diverse electronic systems. Its three-lead configuration and compact size make it ideal for both consumer and industrial setups*, offering flexibility unmatched by larger packages*.
Built to meet industry safety and reliability standards, it ensures safe operation in electronic assemblies. The materials and design adhere to widely recognized norms for thermal and electrical performance*, guaranteeing compatibility with global manufacturing requirements*.
The RHR660/RUR660 Rectifier Diode TO-252 Patch is a high-performance power transistor designed for surface mount applications. Built in a compact TO-252 package, it combines robust thermal management with versatile electrical capabilities, making it ideal for amplification, switching, and control circuits in electronics.
Feature | Specification | Benefit |
---|---|---|
Package Type | TO-252 (surface mount) | Enables high-density PCB integration |
Material | Ceramic/plastic body, metal leads | Enhanced thermal dissipation and durability |
Leads Configuration | 3-lead straight arrangement | Simplifies soldering and circuit design |
Voltage Rating | 600V (typical for RHR660/RUR660 models) | Supports high-power applications |
Current Capacity | 5A continuous | Reliable performance in moderate-power circuits |
Thermal Resistance | < 40°C/W (ceramic variant) | Reduces heat buildup for long-term reliability |
Adjustable parameters include voltage ratings (up to 600V) and current thresholds (5A max) to meet specific power requirements. Custom labeling or lead configurations can be tailored for automated assembly lines.
With its compact TO-252 design and ceramic thermal management, this transistor is perfect for applications like motor control, power supplies, or industrial inverters. Its surface mount compatibility streamlines modern electronics manufacturing.
Parameter | Base Model | Advanced Model | Pro Model |
---|---|---|---|
Voltage Rating | 400V | 600V | 800V* |
Current Capacity | 3A | 5A | 8A |
Thermal Resistance | 60°C/W (plastic) | 45°C/W (ceramic) | 30°C/W (ceramic) |
Certifications | IEC 60747-14 | AEC-Q101 | IEC 60747-14 + RoHS |
Technical Breakthroughs:
Version Selection Guide:
*Pro Model exceeds industry benchmarks by 30% in voltage and 66% in current capacity compared to standard TO-252 variants.
Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
---|---|---|---|---|
Package Type | High-density PCB assemblies | TO-252 (surface mount, 3 leads) ▲ Advanced: Reinforced lead durability (ASTM F142) | Space-efficient, compatible with automated SMT processes | Requires specialized equipment; not hand-solderable |
Thermal Performance | Power supplies, motor control | Ceramic/Plastic body (40°C/W thermal resistance) ▲ Advanced: 30°C/W (IEC 60747) | Efficient heat dissipation for reliability | May require heatsinks for extreme power loads |
Power Handling | Switching circuits, amplification | Up to 50W (ASTM D543 compliant) ▲ Advanced: 75W (UL 1950) | Versatile for moderate-to-high-power applications | Limited to specified wattage thresholds |
Mounting Style | Automated manufacturing | Surface mount (IPC-7351 compliant) | Easy integration into modern electronics | Incompatible with through-hole designs |
Lead Configuration | Standardized electronic systems | 3 leads (straight, TO-252 standard) ▲ Advanced: Gold-plated contacts (IEC 60617) | Plug-and-play compatibility with industry designs | Fixed pinout limits customization flexibility |
Customization | Application-specific solutions | Model F1G09AF (tailored specs) ▲ Advanced: Adjustable voltage thresholds (ISO 7870) | Optimized performance for niche use cases | Longer lead times for non-standard configurations |
⭐⭐⭐⭐⭐ James Carter - Electronics Design Engineer
"I’ve been using the Advanced Model (600V/5A) in a motor control prototype for industrial automation, and it’s performed flawlessly. The surface mount TO-252 package integrates cleanly into our high-density PCB layout, and the thermal resistance is noticeably better than the plastic-bodied alternatives we tested. No overheating issues even after 5 months of continuous 24/7 operation."Purchase Date: February 2025 | Usage Period: 5 months
⭐⭐⭐⭐☆ Emily Tran - Electronics Enthusiast
"Bought the Base Model (400V/3A) for a custom power supply project. Soldering was tricky—definitely need a reflow setup or hot air station—but once mounted, it worked perfectly. The datasheet matches real-world performance, and the compact size saved a lot of board space. Would’ve given 5 stars if it were easier to hand-solder."Purchase Date: October 2024 | Usage Period: 8 months
⭐⭐⭐⭐⭐ Luis Mendez - Automation Technician
"We replaced failing transistors in our conveyor motor drives with the HR660 variant, and failure rates dropped to zero. The thermal efficiency is impressive—even in our uncooled control cabinets, they run cool. RoHS compliance was a requirement for our facility, and these meet all standards. Planning to standardize them across all stations."Purchase Date: April 2024 | Usage Period: 7 months
⭐⭐⭐⭐⭐ Amina Patel - Solar Inverter Technician
"Used the F1G09AF model in a batch of solar charge controllers. The ability to customize voltage thresholds was a game-changer for matching our battery bank specs. The metal leads ensure low resistance, which is critical in high-current DC circuits. These outperformed cheaper alternatives that failed within weeks."Purchase Date: January 2025 | Usage Period: 6 months
⭐⭐⭐⭐☆ Daniel Kim - Automotive R&D
"Integrated the Pro Model (800V/8A) into a prototype EV auxiliary power module. The triple-layer lead plating shows excellent corrosion resistance, even in humidity testing. It’s expensive, but justified for mission-critical systems. Lead time for custom labeling was longer than expected (4 weeks), but performance is top-tier."Purchase Date: March 2025 | Usage Period: 3 months
Average Rating: 4.7/5 ⭐ (89 Reviews)
Dr. Rebecca Lin - Senior Power Electronics Consultant
"The TO-252 surface mount design with ceramic-enhanced thermal dissipation sets a new benchmark for mid-power switching applications. I recommend the Advanced Model for automotive and industrial systems where reliability under thermal stress is non-negotiable."
Tomás Alvarez - SMT Process Engineer
"In high-volume production, the IPC-7351 compliance and consistent lead configuration make these transistors ideal for automated pick-and-place lines. The 20% reduction in assembly time compared to through-hole variants translates directly to cost savings."
Posted: 2 days ago
"Deployed in a factory control panel with ambient temps over 50°C. After 4 months, no drift or failure. The ceramic body really does make a difference."
Posted: 1 week ago
"Chose the HR660 for its thermal stability. It’s been running 24/7 in outdoor units with zero issues. Support team helped us pick the right model—great service."
Posted: 3 weeks ago
"Performance is excellent, but hobbyists beware: you’ll need proper SMD tools. Not beginner-friendly for hand assembly."
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