| No. |
Part Name |
Description |
Manufacturer |
| 121 |
BA7725FS |
Analog compander for KARAOKE echo systems |
ROHM |
| 122 |
BA7725S |
Analog compander for KARAOKE echo systems |
ROHM |
| 123 |
BA7726 |
Analog compander with vocal fader for KARAOKE |
ROHM |
| 124 |
BA7726AFS |
Analog compander with vocal fader for KARAOKE |
ROHM |
| 125 |
BA7726AS |
Analog compander with vocal fader for KARAOKE |
ROHM |
| 126 |
BGY58A |
Hybrid amplifier module for use as 34dB line extender in CATV systems operating at frequencies up to 330MHz |
Philips |
| 127 |
BGY78 |
Hybrid amplifier module for use as 34dB line extender in CATV systems operating at frequencies up to 450MHz |
Philips |
| 128 |
BQ2018SN |
Power Minder IC |
Texas Instruments |
| 129 |
BQ2018TS |
Power Minder IC |
Texas Instruments |
| 130 |
BQ2118 |
Power Minder Mini-Board |
Texas Instruments |
| 131 |
BQ2118B |
Power Minder Mini-Board |
Texas Instruments |
| 132 |
BQ2118B |
-Power Minder�� Mini-Board |
Texas Instruments |
| 133 |
BQ2118B-KT |
Power Minder Mini-Board |
Texas Instruments |
| 134 |
BQ2118B-XXX |
Power Minder Mini-Board |
Texas Instruments |
| 135 |
BQ2118MODULE |
POWER MINDER MINI-BOARD EVALUATI MODULE, BQ2018 BASED |
Texas Instruments |
| 136 |
BU1850MUV |
GPIO Expander ICs |
ROHM |
| 137 |
BU1850MUV-E2 |
GPIO Expander ICs |
ROHM |
| 138 |
BU1852GUW |
GPIO Expander ICs |
ROHM |
| 139 |
BU1852GUW-E2 |
GPIO Expander ICs |
ROHM |
| 140 |
BU1852GXW |
GPIO Expander ICs |
ROHM |
| 141 |
BU1852GXW-E2 |
GPIO Expander ICs |
ROHM |
| 142 |
BU8272GUW |
GPIO Expander ICs |
ROHM |
| 143 |
BU8272GUW-E2 |
GPIO Expander ICs |
ROHM |
| 144 |
BUZ900X4S |
NEW PRODUCT UNDER DEVELOPMENT |
Magnatec |
| 145 |
BUZ901X4S |
NEW PRODUCT UNDER DEVELOPMENT |
Magnatec |
| 146 |
BUZ905 |
NEW PRODUCT UNDER DEVELOPMENT |
Magnatec |
| 147 |
BUZ905X4S |
NEW PRODUCT UNDER DEVELOPMENT |
Magnatec |
| 148 |
BUZ906X4S |
NEW PRODUCT UNDER DEVELOPMENT |
Magnatec |
| 149 |
BUZ906X4S |
NEW PRODUCT UNDER DEVELOPMENT |
Magnatec |
| 150 |
C4880-80-12A |
10-bit idigital CCD camera. For faint light observation under a microscope, continuous imaging of high-speed moving objects, kinetic changes in light intensity |
Hamamatsu Corporation |
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