An electrical and magnetic tissue stimulation device comprising: a multi-source distribution circuit ,: - a control unit connected to the multi-source distribution circuit ; the multi-source distribution circuit comprising: - a source output selector ; - a voltage regulator circuit ; - a current limiter , - a capacitor , - a V. Out output ; - a capacitor bank , which has "n" switchable capacitors connected in parallel through the source output selector , wherein n is a natural number; wherein said voltage regulator circuit is connected to said current limiter , and said current limiter is connected to: said capacitor ; said capacitor bank ; and the source output selector ; wherein the control unit is connected to and is configured to control the source output selector by means of an output control signal through an output control signal bus , wherein the source output selector is configured to connect or disconnect one or more capacitors from the capacitor bank , wherein when one or more capacitors of the capacitor bank is connected or disconnected, said V. Out output output load changes; a decoupled output stage circuit with a first output (PE, 12) and a second output (Out, 13) connected to the multi-source distribution circuit and to said control unit ; and wherein the control unit is configured to generate the first output (PE, 12) and second output (Out, 13), for electrically and magnetically stimulating said tissue. a multi-source distribution circuit ,: - a control unit connected to the multi-source distribution circuit ; - a control unit connected to the multi-source distribution circuit ; the multi-source distribution circuit comprising: - a source output selector ; - a voltage regulator circuit ; - a current limiter , - a capacitor , - a V. Out output ; - a capacitor bank , which has "n" switchable capacitors connected in parallel through the source output selector , wherein n is a natural number; - a source output selector ; - a voltage regulator circuit ; - a current limiter , - a capacitor , - a V. Out output ; - a capacitor bank , which has "n" switchable capacitors connected in parallel through the source output selector , wherein n is a natural number; wherein said voltage regulator circuit is connected to said current limiter , and said current limiter is connected to: said capacitor ; said capacitor bank ; and the source output selector ; said capacitor ; said capacitor bank ; and the source output selector ; wherein the control unit is connected to and is configured to control the source output selector by means of an output control signal through an output control signal bus , wherein the source output selector is configured to connect or disconnect one or more capacitors from the capacitor bank , wherein when one or more capacitors of the capacitor bank is connected or disconnected, said V. Out output output load changes; a decoupled output stage circuit with a first output (PE, 12) and a second output (Out, 13) connected to the multi-source distribution circuit and to said control unit ; and wherein the control unit is configured to generate the first output (PE, 12) and second output (Out, 13), for electrically and magnetically stimulating said tissue. <EOS>