200W DC 12V To AC 12V 50Hz Square Wave Signal Module 12W AC 12V To 220V Power nsformer

Product s:1: Output voltage: AC 12V.2: Input voltage: DC 12V.3: Applicable voltage: DC 8V~15V.4: Module output: AC square wave.5: The module input has anti-re connection protection.6: Output frequency: 50Hz, can be fine-tuned up and down.7: Output current: maximum 10A, please install cooling equipment when using high current.8: Output power: up to 200W with cooling equipment, up to 100W without cooling equipment.9: Module weight: 19 grams.10: Working humidity: 5%~95%RH.11: Working temperature: -25℃~85℃.12: Module size: 66*40*16mm.Power Requirements:Input DC 12V, minimum voltage 8V, maximum voltage 15V.Power recommendation: input power = maximum output power x 1.5.Precautions:(1) The module does not have a voltage regulation function, and the output voltage is also low if the input voltage is low;(2) In order to ensure the normal operation of the module, please connect a fuse in series at the input end by yours, use a 10A fuse within the output power of 100W, and use a 20A fuse within the output power of 200W;(3) Choose a suitable nsformer according to your own needs. Generally, the power of 10W is required to be greater than 15W, and the output of 100W is more suitable to choose 150W. The power of the nsformer should be larger than the actual power used;(4) Please use the nsformer produced by the regular manufacturer, otherwise the module may be damaged;(5) Do not use leakage inductance nsformers and high-frequency nsformers, otherwise the module will be damaged;(6) The no-load output voltage depends on the nsformation ratio of the nsformer and the input battery voltage. If the no-load is normal, the power of the nsformer is generally reduced due to the serious reduction of the load. The insufficient power here includes the following situations: the nsformer its is a small power nsformers, and high-power multi-winding nsformers, choose 12V among them, because the nsformer manufacturers do it according to the total power distribution.For example: a 500W nsformer has dual 28V windings, 9V windings, and dual 12V windings. The manufacturer may allocate the main 400W to the dual 28V windings, and the remaining 100W to the 9V windings and dual 12V windings. The uses 12V, and it can't produce high power at all, even 100W can't be achieved. In addition, when the load drops, it is neceary to consider whether the input wire is too thin, the battery is too small, etc. Small batteries, thin wires, and small nsformers cannot produce the power of the board. The nsformation ratio also affects the output voltage. At this time, the most obvious manifestation is that the no-load voltage is low. For example, a black and white TV nsformer that uses 220V to double 17V can only output a voltage of about 155V.