No. |
Part Name |
Description |
Manufacturer |
121 |
ACE8001 |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
122 |
ACE8001EM8 |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
123 |
ACE8001EM8X |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
124 |
ACE8001EMT8 |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
125 |
ACE8001EMT8X |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
126 |
ACE8001M8 |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
127 |
ACE8001M8X |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
128 |
ACE8001MT8 |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
129 |
ACE8001MT8X |
Arithmetic Controller Engine (ACEx) for Low Power Fast Access Applications |
Fairchild Semiconductor |
130 |
AIC1783A |
Battery Charge Controller for Low Power Charging |
Analog Integrations Corporation |
131 |
AT75C140 |
This Smart Internet Appliance Processor is a high-performance processor specially designed for network-enabling consumer and industrial applications. The specific architecture of this device delivers unmatched performance for low power con |
Atmel |
132 |
BFR180 |
RF-Bipolar - NPN Silicon RF transistor for low power amplifiers |
Infineon |
133 |
BFR180W |
RF-Bipolar - NPN Silicon RF transistor for low power amplifiers |
Infineon |
134 |
BFY180 |
HiRel NPN Silicon RF Transistor (HiRel Discrete and Microwave Semiconductor For low power amplifiers at collector currents from 0.2 to 2.5 mA) |
Siemens |
135 |
CA3054M96 |
Dual Independent Differential Amp for Low Power Applications from DC to 120MHz |
Intersil |
136 |
CA3102E |
Dual High Frequency Differential Amplifier For Low Power Applications Up to 500MHz |
Intersil |
137 |
CA3102M |
Dual High Frequency Differential Amplifier For Low Power Applications Up to 500MHz |
Intersil |
138 |
CY7C4255V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
139 |
CY7C4255V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
140 |
CY7C4255V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
141 |
CY7C4255V-25ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
142 |
CY7C4265V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
143 |
CY7C4265V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
144 |
CY7C4265V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
145 |
CY7C4275V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
146 |
CY7C4275V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
147 |
CY7C4275V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
148 |
CY7C4285V |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
149 |
CY7C4285V-10ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
150 |
CY7C4285V-15ASC |
3.3V operation for low power consumption and easy integration into low-voltage systems |
Cypress |
| | | |