No. |
Part Name |
Description |
Manufacturer |
1051 |
BGY14D-1E |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1052 |
BGY14E-1F |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1053 |
BGY14FA1G |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1054 |
BGY26D-1E |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1055 |
BGY26E-1F |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1056 |
BGY26FA-1G |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1057 |
BGY27DA-1D |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1058 |
BGY27DB-1E |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1059 |
BGY27E-1F |
Avalanche (IMPATT) diode for generation and amplification of microwave-power |
Siemens |
1060 |
BH4126FV |
Communications LSIs > RF signal processing of portables application > IF for radio communication |
ROHM |
1061 |
BH4127FV |
Communications LSIs > RF signal processing of portables application > IF for radio communication |
ROHM |
1062 |
BH4128FV |
Communications LSIs > RF signal processing of portables application > IF for radio communication |
ROHM |
1063 |
BH4138FV |
Communications LSIs > RF signal processing of portables application > IF for radio communication |
ROHM |
1064 |
BIASING OF TRANSISTORS |
Application Note |
NEC |
1065 |
BLY14 |
Application Note - VHF amplifier example |
COMPELEC |
1066 |
BLY17 |
Application note - Amplifier circuit example |
COMPELEC |
1067 |
BM1R00001F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1068 |
BM1R00001F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1069 |
BM1R00002F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1070 |
BM1R00002F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1071 |
BM1R00003F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1072 |
BM1R00003F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1073 |
BM1R00004F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1074 |
BM1R00004F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1075 |
BM1R00005F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1076 |
BM1R00005F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1077 |
BM1R00006F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1078 |
BM1R00006F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1079 |
BM1R00007F |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
1080 |
BM1R00007F-E2 |
High Efficiency and Low Standby Power, CCM corresponding Secondary Side Synchronous Rectification Controller IC |
ROHM |
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