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I am looking for a diagram of a regulated 0-30V, 0-10A power supply.

mateusiak 13299 7
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  • #1 16450684
    mateusiak
    Level 12  
    Posts: 414
    Rate: 53
    I want to make a regulated 0-30V power supply with a current limitation of 0-10A, only the limiter should not disconnect the circuit after exceeding the specified current value, only to signal (the diode lights up). I searched but found nothing with a limiter for such a current. Does anyone have a diagram?
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  • #3 16453102
    CYRUS2
    Level 43  
    Posts: 18038
    Help: 1241
    Rate: 3535
    mateusiak wrote:
    I want to make a regulated 0-30V power supply with a current limitation of 0-10A, only the limiter should not disconnect the circuit after exceeding the specified current value, only to signal (the diode lights up).
    It's a simple matter as long as there is a solid fan.
    Heatsink temperature controlled.
    The charger itself must be well cooled.
  • #5 16453520
    mateusiak
    Level 12  
    Posts: 414
    Rate: 53
    How can I extend it?
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  • #6 16453591
    Anonymous
    Level 1  
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  • #7 16453919
    mateusiak
    Level 12  
    Posts: 414
    Rate: 53
    What do you recommend these transistors?
    2N3055 are enough?
  • Start with a simpler supply before attempting 0–30 V, 10 A

    #8 16454104
    Anonymous
    Level 1  

Topic summary

LABEL_AI_GENERATED
A user seeks a diagram for a regulated power supply capable of outputting 0-30V and 0-10A, with a current limiter that signals overload without disconnecting the circuit. Responses include links to diagrams and assembly guides, with suggestions for cooling and component upgrades. One user mentions using executive transistors to increase current capacity to 30A, while another warns that the user may lack the necessary knowledge for such a project and recommends starting with simpler power supplies. The discussion highlights the importance of selecting appropriate components, such as transistors, for high-current applications.
AI summary based on the discussion. May contain errors.
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