No. |
Part Name |
Description |
Manufacturer |
151 |
ADF4252BCP |
Lowest Phase Noise PLL Synthesizer using Fractional-N Technology |
Analog Devices |
152 |
ADPLP01 |
GSM Baseband Processing Chipset |
Analog Devices |
153 |
ADS58C20 |
Dual Channel IF BTS Receiver with Signal Processing for multi-mode 3G+LTE+GSM 80-HTQFP -40 to 85 |
Texas Instruments |
154 |
ADS58C20IPFP |
Dual Channel IF BTS Receiver with Signal Processing for multi-mode 3G+LTE+GSM 80-HTQFP -40 to 85 |
Texas Instruments |
155 |
ADS58C20IPFPR |
Dual Channel IF BTS Receiver with Signal Processing for multi-mode 3G+LTE+GSM 80-HTQFP -40 to 85 |
Texas Instruments |
156 |
ADS58C23 |
Dual Channel IF BTS Receiver with Signal Processing for multi-mode 3G+LTE |
Texas Instruments |
157 |
ADS58C23IPFP |
Dual Channel IF BTS Receiver with Signal Processing for multi-mode 3G+LTE 80-HTQFP -40 to 85 |
Texas Instruments |
158 |
ADS58C23IPFPR |
Dual Channel IF BTS Receiver with Signal Processing for multi-mode 3G+LTE 80-HTQFP -40 to 85 |
Texas Instruments |
159 |
ADSP-2100ASG_883G |
0.3-7V; speed: 8.192MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
160 |
ADSP-2100ATG_883G |
0.3-7V; speed: 10.24MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
161 |
ADSP-2100AUG_883G |
0.3-7V; speed: 12.50MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
162 |
ADSP-2100SG_883G |
0.3-7V; speed: 6.144MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
163 |
ADSP-2178-780244 |
GSM Baseband Processing Chipset |
Analog Devices |
164 |
ADSP-BF606 |
Blackfin Dual-Core Processor up to 800 MHz for High Performance Digital Signal Processing Applications |
Analog Devices |
165 |
ADSP-BF607 |
Blackfin Dual-Core Processor up to 1GHz for High Performance Digital Signal Processing Applications |
Analog Devices |
166 |
AFE4404 |
Ultra-small, Integrated AFE for Wearable, Optical Heart Rate Monitoring and Bio-Sensing 15-DSBGA -20 to 70 |
Texas Instruments |
167 |
AFE4404YZPR |
Ultra-small, Integrated AFE for Wearable, Optical Heart Rate Monitoring and Bio-Sensing 15-DSBGA -20 to 70 |
Texas Instruments |
168 |
AFE4404YZPT |
Ultra-small, Integrated AFE for Wearable, Optical Heart Rate Monitoring and Bio-Sensing 15-DSBGA -20 to 70 |
Texas Instruments |
169 |
ALTAIR04-900 |
Off-line all-primary-sensing switching regulator |
ST Microelectronics |
170 |
ALTAIR04-900TR |
Off-line all-primary-sensing switching regulator |
ST Microelectronics |
171 |
ALTAIR05T-800 |
Off-line all-primary-sensing switching regulator |
ST Microelectronics |
172 |
ALTAIR05T-800TR |
Off-line all-primary-sensing switching regulator |
ST Microelectronics |
173 |
AM79Q02 |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
174 |
AM79Q021 |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
175 |
AM79Q021JC |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
176 |
AM79Q021VC |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
177 |
AM79Q02JC |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
178 |
AM79Q031 |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
179 |
AM79Q031JC |
Quad Subscriber Line Audio-Processing Circuit (QSLAC) Devices |
etc |
180 |
AN-143 |
Using National Clock integrated circuits in TIMER applications - Application Note |
National Semiconductor |
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