No. |
Part Name |
Description |
Manufacturer |
151 |
AIC1566CN |
4-bit DAC, simple PWM power regulator with linear controller |
Analog Integrations Corporation |
152 |
AIC1566CS |
4-bit DAC, Simple PWM Power Regulator With Linear Controller |
Analog Integrations Corporation |
153 |
AIC1568 |
4-bit DAC, Simple PWM Power Regulator |
Analog Integrations Corporation |
154 |
AIC1568CS |
4-bit DAC, Simple PWM Power Regulator |
Analog Integrations Corporation |
155 |
AIC1573 |
5-bit DAC, Synchronous PWM Power Regulator with Simple PWM Power Regulator, LDO And Linear Controller |
Analog Integrations Corporation |
156 |
AIC1573-CS |
5-bit DAC, synchronous PWM power regulator with simple PWM power regulator, LDO and linear controller |
Analog Integrations Corporation |
157 |
AIC1573CS |
5-bit DAC, Synchronous PWM Power Regulator with Simple PWM Power Regulator, LDO And Linear Controller |
Analog Integrations Corporation |
158 |
AIC1580 |
Simple PWM Power Regulator with Shutdown |
Analog Integrations Corporation |
159 |
AIC1580CN |
Simple PWM Power Regulator with Shutdown |
Analog Integrations Corporation |
160 |
AIC1580CS |
Simple PWM Power Regulator with Shutdown |
Analog Integrations Corporation |
161 |
AIC1580L |
Simple PWM Power Regulator with Shutdown |
Analog Integrations Corporation |
162 |
AIC1580LCN |
Simple PWM Power Regulator with Shutdown |
Analog Integrations Corporation |
163 |
AIC1580LCS |
Simple PWM Power Regulator with Shutdown |
Analog Integrations Corporation |
164 |
AM79C987 |
Hardware Implemented Management Information Base (HIMIB) Device |
Advanced Micro Devices |
165 |
AM79C987JC |
Hardware Implemented Management Information Base (HIMIB) Device |
Advanced Micro Devices |
166 |
AM79C987JCB |
Hardware Implemented Management Information Base (HIMIB) Device |
Advanced Micro Devices |
167 |
AN-24 |
A Simplified Test Set for Op Amp Characterization |
National Semiconductor |
168 |
AN-459 |
A simple technique for extending OP AMP power bandwidth - Application Note |
Motorola |
169 |
AN-53 |
Implementing an RC5051 DC-DC Converter on Pentium II Motherboards |
Fairchild Semiconductor |
170 |
AN-791 |
A simplified approach to VHF power amplifier design |
Motorola |
171 |
AN1045 |
ST7 - S/W IMPLEMENTATION OF I2C BUS MASTER |
SGS Thomson Microelectronics |
172 |
AN1078 |
ST7 PWM DUTY CYCLE SWITCH IMPLEMENTING TRUE 0% & 100% DUTY CYCLE |
SGS Thomson Microelectronics |
173 |
AN1116 |
CHANGING FROM THE ST95P08 TO THE M95080 IN YOUR APPLICATION USING A SIMPLE SOFTWARE RECOGNITION METHOD |
SGS Thomson Microelectronics |
174 |
AN1180 |
USB - USING THE ST7263 KIT TO IMPLEMENT A USB GAME PAD |
SGS Thomson Microelectronics |
175 |
AN1216 |
IMPLEMENTING A PERIODIC ALARM WITH TIMEKEEPER |
SGS Thomson Microelectronics |
176 |
AN1221 |
A SIMPLE METHOD TO DRIVE A TRIAC WITH ST52X420 DIRECTLY FROM THE MAIN |
SGS Thomson Microelectronics |
177 |
AN1342 |
IMPLEMENTING ADDRESS RESOLUTION USING M70X0 NETWORK SEARCH ENGINE TECHNOLOGY IN MULTI-GIGABIT IP NETWORK INTERFACES |
SGS Thomson Microelectronics |
178 |
AN1436 |
CHANGING FROM THE ST95010/ST95020 TO THE M95010/M95020 IN YOUR APPLICATION USING A SIMPLE RECOGNITION METHOD |
SGS Thomson Microelectronics |
179 |
AN1501 |
ST6 - SIMPLE MICROCONTROLLED BALLAST |
SGS Thomson Microelectronics |
180 |
AN1537 |
A SIMPLE TRICK ENHANCES L5991 STANDBY FUNCTION |
SGS Thomson Microelectronics |
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