1200W 100V 12A Dual Power Rectifier Filter Amplifier and Rectifier Filter Board

Feature: 1. The front and rear input and output terminals of the module are all equipped with large terminals with safety cover, which can withstand high current and high voltage. 2. The safety cover also protects us from accidental contact with the terminals, which is safer than small terminals. 3. Four rectifier bridges are used, which is more stable and reliable than single-bridge rectifier and double-bridge rectifier. If the number is large, the size can be small, and there is no need for a large rectifier bridge with a heat sink. , affecting the appearance and space of the chassis, the overall size and specifications are more uniform. 4. The module uses 20 low-ESR high-performance capacitors. 5. Support four working mode separately is single power input to single power output,single power input to double power output,double power input to double power output,double power input to single power output. Specification: Item Type:Rectifier Filtration Module The working mode is as follows: 1. Single power input → single power output 2. Single power input → dual power output 3. Dual power input → dual power output 4. Dual power input → single power output This product supports the power input and output of the above four modes. Size:119 x 51 x 19mm / 4.69 x 2.01 x 0.75in(L x W x H) Maximum Peak Current: 12A Maximum Peak Power: 1200W For safety reasons and EMC considerations, add a safety capacitor at the power inlet. Safety X capacitors: polyester film and polypropylene safety capacitors, mostly square boxes. Medium: Polypropylene film. Electrode: Metal vacuum evaporation layer. Housing: Flame retardant PBT molded case (UL94V-0). Package: Flame retardant epoxy resin (UL94V-0). Pin: CP line: Tinned copper clad steel wire.. Package List: 1 x Rectifier Filtration Module Note: The above specifications is the limit data of this product, please do not use it beyond this specification, or use it at full load to avoid danger. For safety reasons, it is recommended that the load end not exceed 80% of the power supply side, leaving a margin.