Inverter 5000W with PWM (Pulse Width Modulator)
Inverter 5000W with PWM
This inverter uses PWM (Pulse Width Modulator) with type IC SG3524. IC serves as a oscillator 50Hz, as a regulator of the desired output voltage. Input power ranging from 250W up to 5000W output and has. Following a series INVERTER 5000W with PWM (Pulse Width Modulator).
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| Schematic Inverter 5000W with PWM (Pulse Width Modulator) |
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| Layout PCB Inverter 5000W with PWM (Pulse Width Modulator) |
below is the output power settings that can be issued by this inverter:
DC voltage and Transformer "T2" winding recommendation:
Winding Power Supply
12VDC 750W P: 24V "12-0-12" / S: 220V
1500W 24VDC P: 48V "24-0-24" / S: 220V
2250w 36VDC P: 72V "36-0-36" / S: 220V
3000w 48VDC P: 96V "48-0-48" / S: 220V
3750w 60VDC P: 120V "60-0-60" / S: 220V
4500w 72VDC P: 144V "72-0-72" / S: 220V
5250w 84VDC P: 168V "84-0-84" / S: 220V
Transformer used is the transformer CT
R1 serves to regulate the voltage to 220v inverter
R2 serves to regulate the inverter output frequency of 50 or 60 Hz (as appropriate)
scanachae_i Julie Lenz https://marketplace.visualstudio.com/items?itemName=exlibgese.Cyberfrags--69-gratuita
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MgistcaAlig_dzu-1990 Jeremiah Akridge Everest
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This is an interesting schematic for a 5000W inverter with PWM control. I was impressed by the level of detail in the design, and it's clear that a lot of effort went into creating this circuit.
ReplyDeleteOne thing that caught my attention was the mention of PCB layout services. As someone who has dabbled in electronics design, I know how important it is to have a well-designed PCB layout. A poorly designed layout can cause all sorts of issues, from noise and interference to poor performance and even damage to components.
Working with a professional PCB layout service can help ensure that your design is optimized for performance, reliability, and manufacturability. These services have the expertise and tools to create layouts that are both efficient and effective, which can save you time and money in the long run.
It's great to see that the author of this schematic recognized the importance of PCB layout services and provided links to companies that offer these services. It shows a dedication to creating a high-quality design that can be trusted to perform reliably and efficiently.
Overall, I think this is a great resource for anyone interested in designing their own inverter circuit, and I appreciate the author's attention to detail and dedication to creating a high-quality design.