Package Type | Prototyping, hobbyist projects, industrial control | DIP-8 (Industry Standard: SOP-8) ▲▲▲ Our Base: DIP-8 (Easy soldering) Our Advanced: DIP-16 (Expanded functionality) | Base: Easier prototyping and manual assembly (ideal for DIY circuits) Advanced: Supports complex circuits (e.g., motor control systems) | Base: Larger footprint vs. SOP-8 Advanced: Requires more PCB space |
Operating Voltage | Battery-powered devices, automotive systems | Industry: 5V–12V Our Base: 3.3V–24V ▲▲ Our Advanced: 3.3V–36V ▲▲▲ | Base: Compatibility with low/high voltage systems (e.g., IoT devices) Advanced: Handles industrial-grade power (e.g., robotics) | Advanced: Higher cost due to advanced semiconductor design |
Current Capacity | Motor drivers, LED lighting systems | Industry: ≤1A Our Base: 2A ▲ Our Advanced: 3A ▲▲ | Base: Sufficient for small motors (e.g., drones) Advanced: Drives heavy-duty motors (e.g., industrial machinery) | Advanced: Requires heatsinking for sustained operation |
Operating Temperature | Harsh environments (e.g., automotive, aerospace) | Industry: 0°C–70°C Our Base: -20°C–85°C ▲ Our Advanced: -40°C–125°C ▲▲ | Base: Reliable in moderate industrial settings Advanced: Survives extreme temperatures (e.g., engine control units) | Advanced: Higher manufacturing complexity increases cost |
Certifications | Medical devices, automotive electronics | Industry: RoHS-compliant Our Base: RoHS + AEC-Q100 ▲ Our Advanced: RoHS + AEC-Q100 + ISO/TS 16949 ▲▲ | Base: Meets automotive safety standards (e.g., car infotainment) Advanced: Fully compliant with automotive and medical-grade requirements | Advanced: Longer lead times for certification testing |
Thermal Resistance | High-power applications (e.g., power supplies) | Industry: 100°C/W Our Base: 80°C/W ▲ Our Advanced: 60°C/W ▲▲ | Base: Reduces overheating risks in moderate loads Advanced: Efficient heat dissipation (e.g., solar inverters) | Advanced: Requires additional cooling solutions for peak performance |