This robust 8-channel MOSFET driver control PCB is engineered for industrial power switching and automation applications, featuring a black solder mask substrate and high-power component layout. The board integrates a dedicated control MCU, 8 independent MOSFET output channels, and a large 1000µF/35V electrolytic capacitor for stable power filtering, ensuring reliable operation under heavy load conditions.
With clearly labeled green terminal blocks for power input and channel outputs, the PCB simplifies wiring and system integration. The onboard reset button and status LEDs provide intuitive operation and fault indication, while precision SMD component placement ensures efficient heat dissipation and signal integrity. Compliant with RoHS and industrial quality standards, this board is ideal for PLC extensions, motor control, lighting dimming, and other high-current load switching scenarios.
| Place of Origin | China (Mainland) |
| Brand Name | Customizable (OEM/ODM supported) |
| Model Number | MOSFET-8CH-CTRL-001 (customizable) |
| Certification | RoHS, IPC Class 2/3 |
| Base Material | FR-4 Glass Epoxy |
| Layers | 2-4 layers |
| Board Thickness | 1.6mm |
| Surface Finish | HASL / ENIG (lead-free) |
| Solder Mask | Black |
| Output Channels | 8 independent MOSFET channels |
| Power Filter Capacitor | 1000μF / 35V electrolytic capacitor |
| Control Interface | Pin headers (for MCU/PLC signal input) |
| Terminals | Power input terminals, 8-channel output terminals |
| Operating Temperature | -20°C ~ +70°C |
| Assembly Type | SMT + Through-Hole mixed assembly |
· Industrial PLC I/O extension modules
· DC motor/valve control systems
· LED lighting dimming & power switching
· Battery-powered load management
· Automation equipment & smart factory control
1. 8-Channel Independent Control: 8 separate MOSFET channels support simultaneous or sequential load switching.
2. Stable Power Supply: Large 1000µF filter capacitor ensures clean power delivery and reduces voltage ripple.
3. Easy Wiring: Clearly labeled green terminal blocks simplify power and signal connections.
4. Intuitive Operation: Onboard reset button and status LEDs for quick system debugging.
5. High Reliability: Robust component selection and thermal design ensure long-term operation under heavy loads.
Q: What is the maximum load current per channel?
A: The standard design supports up to 5A continuous current per channel (customizable for higher current with heat sink upgrades).
Q: Can this PCB be controlled by a PLC or Arduino?
A: Yes, the pin header interface accepts 3.3V/5V logic signals, compatible with most industrial controllers and development boards.
Q: Is the PCB compatible with lead-free soldering processes?
A: Yes, all components and surface finishes are RoHS-compliant, fully supporting lead-free assembly.