Rechargeable LED Bulb MCPCB | Inverter Bulb MCPCB | ACDC Bulb MCPCB | Rechargeable Bulb DOB MCPCB
Bhagwati Lighting Industries is one of the greatest manufacturer and supplier of Rechargeable LED Bulb MCPCB or Rechargeable LED Bulb DOB MCPCB in Delhi and across all over India.
What is a Metal Core PCB (MCPCB)?
A Metal Core Printed Circuit Board (MCPCB) is a kind of printed circuit board that contains a base metal material. A Metal Core Printed Circuit Board uses a base metal to increase the heat conductivity of the PCB. A Metal Plate of a proper thickness is used in metal core to dissipate heat. The thick metal (aluminum or copper) covers 1 facet of the PCB. The purpose of the metal core of an MCPCB is to divert heat away from basic board segments and to less critical regions like the metal heat sink backing or metallic core. Base Metals in the MCPCB are used as an option in contrast to FR4 or CEM3 boards.
A Driver on Board Metal Core Printed Circuit Board (DOB MCPCB) is a type of printed circuit board that contains SMD chips, drivers and other components installed on base metal material.
- Product Details:
| AC Mode | DC Mode | |
|---|---|---|
| No of LED | 5 Series X 2 Parallel |
24 Parallel |
| 1 LED Volt | 9V ( 1W / LED ) |
3V ( 0.2W / LED ) |
| 1 LED Size | 28 X 35 MM |
28 X 35 MM |
| Lumen | 135-140 Lumen / Watt |
26-28 Lumen / Watt |
| Size ( MM ) | Diameter |
67 MM |
Thickness |
1.0 MM |
- Features:
- Robust Construction
- Better Quality
- Abrasion Resistant
- Excellent Fitting
- Desirable support and Protection
- Benefits / Advantages of MCPCB:
- Dissipates heat.
- Keeps heat generating components cooler.
- Maintains optimum levels of performance.
- Increases the lifespan of the components.
- Metal core PCBs transfer heat 8 to 9 times faster than FR4 PCBs.
Applications:
Metal core printed circuit board ( MCPCB ) is used for the heat dissipation in solid state lighting (SSL) related products and light emitting diodes ( LED’s) and High Power light emitting diodes ( HP LED’s). The operation of the LED is negatively affected if the heat is not diverted away from the LED.