Brand Name:icchipcn.com
Condition:New
Type:Voltage Regulator
Model Number:DC12V 1000W Inverter
Application:Computer
Operating Temperature:DC12V 1000W Inverter
Supply Voltage:DC12V 1000W
Dissipation Power:DC12V 1000W Inverter
Package:TQFP
is_customized:Yes

DC12V 1000W Inverter 20KHZ High Frequency Square Wave DC to AC Boost Sine Wave Modified Wave Single Silicon Machine Front Stage

Features

1. High energy efficiency, long life, low power consumption, convenient and safe to use, energy saving and durable, widely used in the field, night camps, night market vendors, driving and family power outage emergency helpers

2. It can be used as the front-stage boost inverter circuit of pure sine wave, modified sine wave, single-silicon machine, and four-silicon machine. For electronic enthusiasts DIY production, maintenance and replacement, manufacturers control cabinet supporting products and so on.

3. You can use electrical appliances: lamps, non-inductive household appliances, small electric rice cookers, (note: support all ""electronic products"") such as: energy-saving lampssolderswitching power supplysatellite TV receiverbulb LED lampLED energy-saving lampfluorescent lampDVD playerVCD playerEVD playerLCD TVcolor screen TVflat screen TVnotebookcomputervarious computer monitorsall electronic charger productsetc.

The main parameters:

Power: 1000W

Input: DC12V

Output: AC 0-220V-330V-380V-420V and AC18V

Static no-load current: about 0.35A

Output frequency waveform: about 20KHZ high frequency square wave

Protection: no protection

Notice:

1. This board is a high-frequency square wave AC output, so general inductive appliances cannot be carried! ! (Such as: electric motors, electric fans, coil transformers, etc. cannot be used directly)

Another: Simple resistance-capacitance step-down small electrical appliances, cheap resistance-capacitance step-down LED lamps, etc. may not be used

2. Many multimeters that output high-frequency square-wave AC voltage cannot measure or display low and high levels (it is incorrect, not the actual voltage) (can be measured by the multimeter in DC mode after rectification)

3. When in use, it is necessary to consider that the power supply should not be in a full-load working state for a long time. If you need to work continuously for a long time, it is recommended to operate at 80% efficiency. Leave room for use to ensure that the power supply can work for a long time, otherwise it may cause artificial early failure.

To

Special reminder: if the load is an electronic switching power supply product, it is necessary to output a high-frequency diode on our board, because the rectifier part of many switching power supplies uses ordinary rectifiers in order to save costs, so it is connected to the "high-frequency AC output" "It will cause the rectifier diode of the original electrical appliance to rapidly heat up and damage it, and the diode will break down the circuit. Eventually cause the inverter board to burn out.

List:

Inverter*1