| 1. |
AN-42
|
410 KB |
7 |
Application Note 42 IC Provides On-Card Regulation for Logic Circuits |
National Semiconductor |
| 2. |
AN-420
|
227 KB |
12 |
Using the AD9708/AD9760/AD9701/AD9764-EB Evaluation Board |
Analog Devices |
| 3. |
AN-42000
|
52 KB |
2 |
Generating Phase Controlled Sinewaves with the ML2036 |
Fairchild |
| 4. |
AN-42001
|
404 KB |
8 |
Low Cost Non-Dimming 220V Ballast Design |
Fairchild |
| 5. |
AN-42002
|
898 KB |
12 |
AN-42002 ML4831 277 Volt Electronic Ballast Controller |
Fairchild |
|
| 6. |
AN-42003
|
336 KB |
7 |
Data Conversion Design Techniques for Process Control Applications |
Fairchild |
| 7. |
AN-42004
|
666 KB |
15 |
Using the ML4425/ML4426 BLDC Motor Controllers |
Fairchild |
| 8. |
AN-42005
|
516 KB |
16 |
ML65244, ML65245 and ML65541 Ultra Fast Octal Buffer/Transceiver Family |
Fairchild |
| 9. |
AN-42006
|
485 KB |
11 |
AN-42006 Low Cost Electronic Ballast System Design |
Fairchild |
| 10. |
AN-42007
|
391 KB |
6 |
Safety, EMI and RFI Considerations |
Fairchild |
| 11. |
AN-42008
|
454 KB |
6 |
Applications Considerations and Circuits for the ML4861 |
Fairchild |
| 12. |
AN-42009
|
107 KB |
10 |
ML4824 Combo Controller Applications |
Fairchild |
| 13. |
AN-42010
|
549 KB |
12 |
Theory and Application of the ML4874 and ML4876 LCD Backlight Controller ICs |
Fairchild |
| 14. |
AN-42011
|
293 KB |
11 |
Choosing an Inductor for Your ML4861 Application |
Fairchild |
| 15. |
AN-42012
|
381 KB |
8 |
Active SCSI Termination for Higher Reliability of Operation in Fast SCSI-2adn SCSI-3 Buses |
Fairchild |
| 16. |
AN-42013
|
223 KB |
5 |
Active SCSI Terminator - Important Issues Capacitance & Power Dissipation |
Fairchild |
| 17. |
AN-42014
|
777 KB |
17 |
AN-42014 Phase Modulated PWM Topology with the ML4818 |
Fairchild |
| 18. |
AN-42025
|
194 KB |
3 |
Generating Fixed Frequency Sine Waves with ML2035 |
Fairchild |
| 19. |
AN-42026
|
280 KB |
16 |
Phase Modulated PWM Topology with the ML4818 |
Fairchild |
| 20. |
AN-42027
|
173 KB |
5 |
Active SCSI Terminator Important Issues Capacitance & Power Dissipation |
Fairchild |
| 21. |
AN-42028
|
217 KB |
8 |
Active SCSI Termination for Higher Reliability of Operation in Fast SCSI-2 and SCSI-3 Buses |
Fairchild |
| 22. |
AN-42029
|
198 KB |
11 |
AN-42029 Choosing an Inductor for Your ML4861 Application |
Fairchild |
| 23. |
AN-42030
|
260 KB |
19 |
Theory and Application of the ML4821 Average Current Mode PFC Controller |
Fairchild |
| 24. |
AN-42031
|
180 KB |
11 |
Multiple Output Design Considerations for the ML4863 |
Fairchild |
| 25. |
AN-42032
|
211 KB |
13 |
FAN4822 Power Factor Correction With Zero Voltage Resonant Switching |
Fairchild |
| 26. |
AN-42033
|
322 KB |
18 |
Boost Regulators for Battery Powered Applications |
Fairchild |
| 27. |
AN-42034
|
119 KB |
4 |
Synchronizing the ML4824 to Wide Frequency Ranges |
Fairchild |
| 28. |
AN-42035
|
159 KB |
14 |
Component Video Filtering Using the ML6420/ML6421 |
Fairchild |
| 29. |
AN-42036
|
143 KB |
3 |
PCB Grounding System and FAN2001/FAN2011 High Performance DC-DC Converters |
Fairchild |
| 30. |
AN-42037
|
295 KB |
19 |
ML4423 Application Guidelines |
Fairchild |
| 31. |
AN-42038
|
333 KB |
19 |
Benchmarking the Performance of the ML6440 |
Fairchild |
| 32. |
AN-42039
|
149 KB |
13 |
AN-42039 Designing an Architectural Dimming CFL Ballast Using the ML4835 |
Fairchild |
| 33. |
AN-42040
|
416 KB |
9 |
Applying the ML6431 Video Genlock Using the ML6430/ML6431 Evaluation Kit |
Fairchild |
| 34. |
AN-42041
|
206 KB |
7 |
14th-Order S-Video Filter/Driver Reduces NTSC/PAL System Parts Count |
Fairchild |
| 35. |
AN-42042
|
93 KB |
7 |
AN-42042 Low Cost 42W CFL Ballast |
Fairchild |
| 36. |
AN-42043
|
297 KB |
14 |
ML4803 240W Off-Line Power Supply with PFC |
Fairchild |
| 37. |
AN-42044
|
101 KB |
8 |
AN-42044 58W Single Lamp Dimming Ballast |
Fairchild |
| 38. |
AN-42045
|
129 KB |
12 |
ML4824, A Novel Method for an Off-Line PFC-PWM Combo Controller |
Fairchild |
| 39. |
AN-42047
|
553 KB |
11 |
Power Factor Correction (PFC) Basics |
Fairchild |
| 40. |
AN-423
|
37 KB |
2 |
Amplitude Modulation of the AD9850 Direct Digital Synthesizer |
Analog Devices |
