| 摘要 |
A first switch (Q1) is connected at one terminal to a first power source lead (11-1), lead (BU) is connected to a control terminal of the first switch (Q1), and lead (U) is connected to the other terminal of the first switch (Q1). A second switch (Q2) is connected at one terminal to the first power source lead (11-1), lead (BV) is connected to a control terminal of the second switch (Q2), and lead (V) is connected to the other terminal of the second switch (Q2). A third switch (Q3) is connected at one terminal to the first power source lead (11-1), lead (BW) is connected to a control input terminal of the third switch (Q3), and lead (W) is connected to the other terminal of the third switch (Q3). A fourth switch (Q4) is connected at one terminal to lead (U), and lead (BX) is connected to a control terminal of the fourth switch (Q4). A fifth switch (Q5) is connected at one terminal to lead (V), and lead (BY) is connected to a control terminal of the fifth switch (Q5). A sixth switch (Q6) is connected at one terminal to lead (W), and lead (BZ) is connected to a control terminal of the sixth switch (Q6). A second power source lead (11-2) is connected to the other terminals of the fourth to sixth switches (Q4 to Q6). The inner lead sections of the leads (11-1, BU, U, BV, V, BW, W, BX, BY, BZ, 11-2) and the first to sixth switches (Q1 to Q6) are sealed in an SIP package (14). Leads (BX, BY, BZ) and second power source lead (11-2) are arranged adjacent to one another, or a pair of leads (BU and U), a pair of leads (BV and V), and a pair of leads (BW and W) are arranged adjacent to each other. |
