An electronic assembly comprising: a direct current bus terminating in a folded outer tab and a bent inner tab; the folded outer tab comprising a first outer dielectric layer and a second outer dielectric layer contacting or overlying an outer terminal, the outer terminal associated with a first polarity of the DC bus; the bent inner tab comprising a first inner dielectric layer and a second inner dielectric layer contacting or overlying an inner terminal, the inner terminal associated with a second polarity of the DC bus that is opposite the first polarity, wherein the folded outer tab and the bent inner tab have electrically conductive vertical faces, of opposite polarities, formed of exposed portions of the outer terminal and the inner terminal; a module comprising a module tab projecting generally vertically from an exterior of the module, the module tab comprising a central dielectric substrate that supports a first conductive pad on a first side and a second conductive pad on a second side opposite the first side; the first conductive pad and the second conductive pad engaging the exposed portions; and a clamp for forming an electrical and mechanical connection between the first conductive pad, the second conductive pad and the exposed portions, wherein the folded outer tab forms a first recess between the exposed portions for receiving the module tab and a second recess between the second outer dielectric layer and the second inner dielectric layer for receiving a portion of a clamp member of the conductive clamp, wherein the first clamp member and the second clamp member each have a crowned face or convex face for contacting the folded outer tab and the bent inner tab and outermost outwardly projecting portions of the crowned face or convex face contact a first outer dielectric layer of the folded outer tab and a second inner dielectric layer of the bent inner tab, respectively, and wherein the module comprises a power inverter module that receives direct current power via the electrical connection of the module tab. a direct current bus terminating in a folded outer tab and a bent inner tab; the folded outer tab comprising a first outer dielectric layer and a second outer dielectric layer contacting or overlying an outer terminal, the outer terminal associated with a first polarity of the DC bus; the bent inner tab comprising a first inner dielectric layer and a second inner dielectric layer contacting or overlying an inner terminal, the inner terminal associated with a second polarity of the DC bus that is opposite the first polarity, wherein the folded outer tab and the bent inner tab have electrically conductive vertical faces, of opposite polarities, formed of exposed portions of the outer terminal and the inner terminal; a module comprising a module tab projecting generally vertically from an exterior of the module, the module tab comprising a central dielectric substrate that supports a first conductive pad on a first side and a second conductive pad on a second side opposite the first side; the first conductive pad and the second conductive pad engaging the exposed portions; and a clamp for forming an electrical and mechanical connection between the first conductive pad, the second conductive pad and the exposed portions, wherein the folded outer tab forms a first recess between the exposed portions for receiving the module tab and a second recess between the second outer dielectric layer and the second inner dielectric layer for receiving a portion of a clamp member of the conductive clamp, wherein the first clamp member and the second clamp member each have a crowned face or convex face for contacting the folded outer tab and the bent inner tab and outermost outwardly projecting portions of the crowned face or convex face contact a first outer dielectric layer of the folded outer tab and a second inner dielectric layer of the bent inner tab, respectively, and wherein the module comprises a power inverter module that receives direct current power via the electrical connection of the module tab.