No. |
Part Name |
Description |
Manufacturer |
151 |
ADP3339AKC-2.85 |
0.3-8.5V; high-accuracy ultralow Ig, 1.5A, anyCAP low dropout regulator. For notebook, palmtop computers, SCSI terminators, battery-powered systems, PCMCIA regulator |
Analog Devices |
152 |
ADP3339AKC-3.3 |
0.3-8.5V; high-accuracy ultralow Ig, 1.5A, anyCAP low dropout regulator. For notebook, palmtop computers, SCSI terminators, battery-powered systems, PCMCIA regulator |
Analog Devices |
153 |
ADS1242 |
24-Bit ADC, 4 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption |
Texas Instruments |
154 |
ADS1242IPWR |
24-Bit ADC, 4 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption |
Texas Instruments |
155 |
ADS1242IPWRG4 |
24-Bit ADC, 4 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption 16-TSSOP -40 to 85 |
Texas Instruments |
156 |
ADS1242IPWT |
24-Bit ADC, 4 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption |
Texas Instruments |
157 |
ADS1242IPWTG4 |
24-Bit ADC, 4 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption 16-TSSOP -40 to 85 |
Texas Instruments |
158 |
ADS1243 |
24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption |
Texas Instruments |
159 |
ADS1243-HT |
High Temperature 24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch |
Texas Instruments |
160 |
ADS1243IPWR |
24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption |
Texas Instruments |
161 |
ADS1243IPWRG4 |
24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption 20-TSSOP -40 to 85 |
Texas Instruments |
162 |
ADS1243IPWT |
24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption |
Texas Instruments |
163 |
ADS1243IPWTG4 |
24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch, 0.6 mW Power Consumption 20-TSSOP -40 to 85 |
Texas Instruments |
164 |
ADS1243SJD |
High Temperature 24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch 20-CDIP SB -55 to 210 |
Texas Instruments |
165 |
ADS1243SKGD1 |
High Temperature 24-Bit ADC, 8 Ch, PGA 1:128, 50/60 Hz Notch 0-XCEPT -55 to 210 |
Texas Instruments |
166 |
AM7996 |
Am7996 IEEE-802.3 (Ethernet/Cheapernet) Transceiver Application Note |
Advanced Micro Devices |
167 |
AN-112 |
Calculator CHIP makes a counter - Application Note |
National Semiconductor |
168 |
AN-119 |
Calculator learn to keep time - Application Note |
National Semiconductor |
169 |
AN-128 |
Microprocessor mates with MOS/LSI keyboard encoder - Application Note |
National Semiconductor |
170 |
AN-139 |
MOS Encoder plus PROM YIELD Quick turnaround keyboard systems - Application Note |
National Semiconductor |
171 |
AN-143 |
Using National Clock integrated circuits in TIMER applications - Application Note |
National Semiconductor |
172 |
AN-149 |
HANDHELD calculator battery systems - Application Note |
National Semiconductor |
173 |
AN-155 |
Digital voltmeters and the MM5330 - Application Note |
National Semiconductor |
174 |
AN-168 |
Universal Timer - Application Note |
National Semiconductor |
175 |
AN-169 |
A 4-Digit, 7-Function Stopwatch/Timer - Application Note |
National Semiconductor |
176 |
AN-170 |
Mounting Techniques For Multidigit LED Numeric Displays - Application Note |
National Semiconductor |
177 |
AN-176 |
Using standard National calculators in industrial and microprocessor applications - Application Note |
National Semiconductor |
178 |
AN-211A |
Application note - Field effect transistors in theory and practice |
Motorola |
179 |
AN-215 |
RF small signal design using admittance parameters - Application Note |
Motorola |
180 |
AN-215A |
Application Note - RF small signal design using two-port parameters |
Motorola |
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