|
NTE4999 |
NTE Electronics |
|
|
surge clamping, transient overvoltage suppressor bidirectiona |
|
PI74LVTC245 |
Pericom |
|
|
3.3V 8 bit bidirectioanal tranceiver with 3 state outputs |
|
PI74LVTC245H |
Pericom |
|
|
3.3V 8 bit bidirectioanal tranceiver with 3 state outputs |
|
PI74LVTC245L |
Pericom |
|
|
3.3V 8 bit bidirectioanal tranceiver with 3 state outputs |
|
PI74LVTC245S |
Pericom |
|
|
3.3V 8 bit bidirectioanal tranceiver with 3 state outputs |
|
T4100M |
Motorola, Inc |
|
|
silicon bidirectioanal triode thyristors |
|
T4110M |
Motorola, Inc |
|
|
silicon bidirectioanal triode thyristors |
|
2N6145 |
Motorola, Inc |
|
|
silicon bidirectioanal triode thyristors |
|
2N6146 |
Motorola, Inc |
|
|
silicon bidirectioanal triode thyristors |
|
2N6147 |
Motorola, Inc |
|
|
silicon bidirectioanal triode thyristors |
|
SBH52414Z-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH92314Z-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH52414G-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH92314G-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH52414N-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH92314N-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH52444G-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH92344G-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1550 nm emitting, 1310 nm receiving |
|
SBH52444Z-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1310 nm emitting, 1550 nm receiving |
|
SBH92344Z-FSAN |
Infineon Technologies |
|
|
high power bidi optical standard module 1550 nm emitting, 1310 nm receiving |