Abstract: A second output wiring and a third output wiring enter into a chip mounting portion while coming across a second side and a third side of the chip mounting portion. The other end portions of the second output wiring and the third output wiring enter into the chip mounting portion are bent toward a fourth side of the chip mounting portion, and are connected to an output pad and an output pad provided along a fourth side of the semiconductor chip. An input wiring extends along the fourth side of the chip mounting portion, is bent from a midstream to enter into the chip mounting portion while coming across the fourth side of the chip mounting portion, and is connected to an input pad provided along the fourth side of the semiconductor chip.

Abstract: A second output wiring and a third output wiring enter into a chip mounting portion while coming across a second side and a third side of the chip mounting portion. The other end portions of the second output wiring and the third output wiring enter into the chip mounting portion are bent toward a fourth side of the chip mounting portion, and are connected to an output pad and an output pad provided along a fourth side of the semiconductor chip. An input wiring extends along the fourth side of the chip mounting portion, is bent from a midstream to enter into the chip mounting portion while coming across the fourth side of the chip mounting portion, and is connected to an input pad provided along the fourth side of the semiconductor chip.

Abstract: A sealed rolling bearing has sealing devices with both the functions of high sealing ability and small sliding resistance, which are antipodal to each other. The sealed rolling bearing has an outer member (1, 30) formed with an outer raceway surface (8, 29) on its inner circumferential surface. An inner member (4, 5, 32) is formed with an inner raceway surface (9a, 9b, 31) on its outer circumferential surface. The inner raceway surface (9a, 9b, 31) is arranged opposite to the outer raceway surface (8, 29). Rolling elements (10, 34) are freely rollably contained between the outer and inner raceway surfaces. Sealing devices (12, 13, 35) are arranged in an annular space formed between the outer and inner members (1, 30 and 4, 5, 32). Each of the sealing devices (12, 13; 35) has elastic sealing lips (27a˜27c, 23˜25, 37a, 37b).

Abstract: A sealed rolling bearing has sealing devices with both the functions of high sealing ability and small sliding resistance, which are antipodal to each other. The sealed rolling bearing has an outer member (1, 30) formed with an outer raceway surface (8, 29) on its inner circumferential surface. An inner member (4, 5, 32) is formed with an inner raceway surface (9a, 9b, 31) on its outer circumferential surface. The inner raceway surface (9a, 9b, 31) is arranged opposite to the outer raceway surface (8, 29). Rolling elements (10, 34) are freely rollably contained between the outer and inner raceway surfaces. Sealing devices (12, 13, 35) are arranged in an annular space formed between the outer and inner members (1, 30 and 4, 5, 32). Each of the sealing devices (12, 13; 35) has elastic sealing lips (27a˜27c, 23˜25, 37a, 37b).