No. |
Part Name |
Description |
Manufacturer |
121 |
BDV91 |
25A complementary silicon power NPN transistor 90W 60V |
Motorola |
122 |
BDV92 |
25A complementary silicon power PNP transistor 90W 60V |
Motorola |
123 |
BDV93 |
25A complementary silicon power NPN transistor 90W 80V |
Motorola |
124 |
BDV94 |
25A complementary silicon power PNP transistor 90W 80V |
Motorola |
125 |
BDV95 |
25A complementary silicon power NPN transistor 90W 100V |
Motorola |
126 |
BDV96 |
25A complementary silicon power PNP transistor 90W 100V |
Motorola |
127 |
BDW39 |
Darlington 15A complementary silicon power NPN transistor 85W |
Motorola |
128 |
BDW40 |
Darlington 15A complementary silicon power NPN transistor 85W |
Motorola |
129 |
BDW41 |
Darlington 15A complementary silicon power NPN transistor 85W |
Motorola |
130 |
BDW44 |
Darlington 15A complementary silicon power PNP transistor 85W |
Motorola |
131 |
BDW45 |
Darlington 15A complementary silicon power PNP transistor 85W |
Motorola |
132 |
BDW47 |
Darlington 15A complementary silicon power PNP transistor 85W |
Motorola |
133 |
BDX33 |
Darlington 10A complementary silicon power NPN transistor 70W 45V |
Motorola |
134 |
BDX33A |
Darlington 10A complementary silicon power NPN transistor 70W 60V |
Motorola |
135 |
BDX33C |
Darlington 10A complementary silicon power NPN transistor 70W 100V |
Motorola |
136 |
BDX34 |
Darlington 10A complementary silicon power PNP transistor 70W 45V |
Motorola |
137 |
BDX34A |
Darlington 10A complementary silicon power PNP transistor 70W 60V |
Motorola |
138 |
BDX34C |
Darlington 10A complementary silicon power PNP transistor 70W 100V |
Motorola |
139 |
BDX53 |
Darlington 8A complementary silicon medium-power NPN transistor 65W |
Motorola |
140 |
BDX53A |
Darlington 8A complementary silicon medium-power NPN transistor 65W |
Motorola |
141 |
BDX54 |
Darlington 8A complementary silicon medium-power PNP transistor 65W |
Motorola |
142 |
BDX54A |
Darlington 8A complementary silicon medium-power PNP transistor 65W |
Motorola |
143 |
IR3081 |
XPHASE VR 10.0 Control IC. The Control IC combined with an IR XPhase TM Phase IC provides a full featured and flexible way toimplement a complete VR 10.0 power solution. |
International Rectifier |
144 |
IR3081AM |
XPHASE VR 10.0 Control IC. A full featured and flexible way to implement a complete VR 10.0 power solution. |
International Rectifier |
145 |
IR3081AMTR |
XPHASE VR 10.0 Control IC. A full featured and flexible way to implement a complete VR 10.0 power solution. |
International Rectifier |
146 |
IR3081M |
XPHASE VR 10.0 Control IC. The Control IC combined with an IR XPhase TM Phase IC provides a full featured and flexible way toimplement a complete VR 10.0 power solution. |
International Rectifier |
147 |
IR3081MTR |
XPHASE VR 10.0 Control IC. The Control IC combined with an IR XPhase TM Phase IC provides a full featured and flexible way toimplement a complete VR 10.0 power solution. |
International Rectifier |
148 |
IR3082AM |
A full featured and flexible way to implement a complete an 9.6V AMD power solution. |
International Rectifier |
149 |
IR3082AMPBF |
A full featured and flexible way to implement a complete an 9.6V AMD power solution. |
International Rectifier |
150 |
IR3082AMTRPBF |
A full featured and flexible way to implement a complete an 9.6V AMD power solution. |
International Rectifier |
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