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Paul Proctor For those worried about the output of this unit only being around 12A, that is at it\'s output voltage of 65V. Your RD6018 power supply will be able to deliver 18A right up to around 40V output. Above 40V the maximum output current will drop. Set your RD6018 for a Power Limit of around 720W, and you will have no issues. Using this 800W supply does NOT limit the output of the RD6018 to 12A at any voltage under around 40V. If you want 18A at higher voltages, then get the bigger 1000W supply.

2022-03-02 08:58:56 Helpful (0)
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Paul Proctor For those worried about the output of this unit only being around 12A, that is at it's output voltage of 65V. Your RD6018 power supply will be able to deliver 18A right up to around 40V output. Above 40V the maximum output current will drop. Set your RD6018 for a Power Limit of around 720W, and you will have no issues. Using this 800W supply does NOT limit the output of the RD6018 to 12A at any voltage under around 40V. If you want 18A at higher voltages, then get the bigger 1000W supply.

2022-03-02 08:58:23 Helpful (2)
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Paul Proctor The photos of the back are very clearly there if you scroll down through the product listing

2021-01-05 12:02:16 Helpful (4)
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Paul Proctor The voltage on V-Out with 0 amps is half VCC i.e. with VCC at 5V, Vout is 2.5V with no current. The Vout voltage rises at 19.75mV for every amp of current flowing one way, and Vout reduces by 19.75mV when current flows the opposite way. So VCC=5V and with 20A flowing, the Vout would be 2.5V+(20x0.01915), or 2.895V. If the same 20A current was flowing the other way, Vout would be 2.5V-(20x0.01915), or 2.105V

2020-07-30 10:24:57 Helpful (1)
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