@jwa2 the voltages are very specific and would not be test voltages but actual operating voltages. We really would need to see more of the device etc. where this transformer is part off. Post some pictures of the whole setup with your question. I suppose you could try and get the voltages needed by designing your own voltage regulator circuitry or really try to hunt for a matching transformer (or at least something that comes close). It all depends on the requirements for the PSU and this transformer. [guide|21499]
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@jwa2 the voltages are very specific and would not be test voltages but actual operating voltages. We really would need to see more of the device etc. where this transformer is part off. Post some pictures of the whole setup with your question. I suppose you could try and get the voltages needed by designing your own voltage regulator circuitry or really try to hunt for a matching transformer (or at least something that comes close). It all depends on the requirements for the PSU and this transformer. By using the LM340t5 you know that the working amperage would be relatively low as well (~1A)[guide|21499]
@jwa2 the voltages are very specific and would not be test voltages but actual operating voltages. We really would need to see more of the device etc. where this transformer is part off. Post some pictures of the whole setup with your question. I suppose you could try and get the voltages needed by designing your own voltage regulator circuitry or really try to hunt for a matching transformer (or at least something that comes close). It all depends on the requirements for the PSU and this transformer. [guide|21499]