Products
40W DC-AC inverter power supply 12V liter 220V step-up transformer step-up module inverter module -75129
product detail
This product can be used on the circuit board of household appliances; if it is used in energy-saving lamps, it has stronger performance; the power is more stable; the effect and quality are obviously more durable than the old model: you can make a booster circuit by yourself; a circuit The board power is 40W. If you think the power is too small; you can connect the circuit boards in parallel; 10 circuit boards can be connected in parallel and the power can reach 120W-200W; it can be used for other high-power household appliances! When the power fails, it can be used for electrical appliances : If the power used by household appliances is large, it can be used only in parallel: the parallel connection is still in the state of automatic current conversion, and the electrical appliances will not be burnt out due to excessive current! After parallel connection, it is still better than other similar products of "12V 220V inverter Booster" saves power up to 48.26%!
Product Parameters:
Available power: 220V 0.1W-40W
Input voltage: 8V-13V
Output voltage: AC220V AC100V DC220V
B plus D is the main output: this output can be driven (mobile phone charging, TV receiving antenna, spiral energy-saving lamp, solenoid valve, relay, capacitor charging, lightning protection equipment and power sockets can be used normally) dual-module direct-ac hybrid compatible Good sex. A plus B is the secondary output: this output is specially used for resistance-capacitance step-down drive (for night lights, resistance-capacitance LED lights, 110V AC electrical appliances). Do not connect them randomly to avoid burning the module.
A plus C third output: this output is specially designed for energy-saving lamps, with overload protection function,
Note: The three channels of dual modules can be used at the same time, and the total power is only 40w.
Instructions for use:
Double template: can convert 8V-13V battery DC into 220V and 110V AC and 220V DC.
Output voltage: AC AC220V AC100V DC220V power output rate 0.1W-26W
If the input voltage is 8V, the output is 1W-10W (automatically variable power, according to the load)
If the input voltage is 10V, the output is 1W-20W (automatically variable power, according to the load)
If the input voltage is 11V, the output is 1W-25W (automatically variable power, according to the load)
If the input voltage is 12V, the output is 1W-35W (automatically variable power, according to the load)
If the input voltage is 13V, the output is 1W-40W (automatically variable power, according to the load)
Precautions:
1. The product is high-frequency current, and the ordinary meter cannot test the voltage (the approximate voltage can be tested after the dual-module DC mixed energy load). The single-module needs a professional high-frequency meter to test the voltage. The voltages that you test with different brands of meters are different, and there are differences. Some customers report that the voltage tested by the meter is too high, and some customers report that the voltage tested is too low. This is the different results of different models. Do not pull up the voltage when used on incompatible products.
2. You can use electrical appliances 12W-200W lamps; 12W-200W household appliances! (Note: support all "electronic products") such as "energy-saving lamps\solder\speakers\audio\switching power supply\satellite TV receiver\light bulbs\L ED lamp L ED energy-saving lamp fluorescent lamp IDVD player\VCD player\EVD player\LCD TV\black and white TV\color screen TV\flat screen TV\notebook\computer\various computer monitors\all electronic charger products\ It can be used on transformers with ferromagnetic cores (including motors)! Drive LED lights with a better quality cross-current power drive. For low-quality, low-quality RC drive, it is not suitable for use, because The resistance-capacitance drive pair pulls up the voltage of the circuit board, causing the voltage to be too high and burn the resistance on the resistance-capacitance drive
