Wyniki wyszukiwania: side
NO. | Symbol elementu | Rozmiar pliku | Stron | Opis dokumentacji | Producent |
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1. | SIDE |
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7 | 4 Mb/s Infrared Data Transceiver Preliminary | Vishay |
2. | SIDEBRAZE |
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13 | Ceramic Sidebrazed Dual-in-Line Packages (SB) | National Semiconductor |
3. | UDA1325_BOARD_DIAGRAM_COMPONENT_SIDE |
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1 | UDA1325 Board Diagram (Component Side) | Philips |
4. | UDA1325_BOARD_DIAGRAM_SOLDER_SIDE |
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1 | UDA1325 Board Diagram (Solder Side) | Philips |
5. | UDA1335_BOARD_DIAGRAM_COMPONENT_SIDE |
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1 | UDA1335 Board Diagram (Component Side) | Philips |
6. | UDA1335_BOARD_DIAGRAM_SOLDER_SIDE |
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1 | UDA1335 Board Diagram (Solder Side) | Philips |
7. | ADM869L |
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8 | 2 A, High-Side P-Channel Switch with Current Limit and Thermal Shutdown | Analog Devices |
8. | ADP3810 |
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16 | Secondary Side, Off-Line Battery Charger Controller Programmed | Analog Devices |
9. | ADP3811 |
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16 | Secondary Side, Off-Line Battery Charger Controllers Programmable | Analog Devices |
10. | AN231 |
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11 | Considerations for Selecting DSP Processor, ADSP2111 vs DSP56000 | Analog Devices |
11. | AN233 |
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16 | Considerations for Selecting DSP Processor, ADSP2101 vs TMS32050 | Analog Devices |
12. | AN235 |
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9 | Considerations for Selecting DSP Processor, ADSP21020 vs TMS320C30 | Analog Devices |
13. | AN240 |
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12 | Considerations for Selecting DSP Processor, ADSP2101 vs DSP16A | Analog Devices |
14. | AN355 |
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2 | Behind the Switch Symbol: Use CMOS Analog Switches More Effectively When You Consider Them as Circuits | Analog Devices |
15. | AN379 |
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2 | Mounting Considerations for the ADXL50, | Analog Devices |
16. | AN386 |
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16 | Considerations for Selecting DSP Processor, ADSP2105 vs TMS320C25 | Analog Devices |
17. | AN393 |
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16 | Considerations for Selecting DSP Processor, ADSP2115 vs TMS320C5x | Analog Devices |
18. | AN400 |
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6 | Considerations for Selecting DSP Processor, ADSP2181 vs TI & MOTO | Analog Devices |
19. | AN403 |
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20 | Considerations for Selecting DSP Processor, ADSP21060 vs TMS320C40 | Analog Devices |
20. | AN404 |
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8 | Considerations for Mixed Signal Circuit Board Design | Analog Devices |
21. | AN525 |
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4 | ADV601 video codec design considerations | Analog Devices |
22. | AN528 |
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2 | Designing 5B series system design considerations | Analog Devices |
23. | AB-037 |
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8 | MOUNTING CONSIDERATIONS FOR TO-3 PACKAGES | Burr-Brown |
24. | AB-091 |
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2 | VOLTAGE-FEEDBACK AMPLIFIERS vs CURRENT-FEEDBACK AMPLIFIERS: BANDWIDTH AND DISTORTION CONSIDERATIONS | Burr-Brown |
25. | INA138 |
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7 | High-Side Measurement CURRENT SHUNT MONITOR | Burr-Brown |
26. | AN12 |
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14 | AT&T 62411 Design Considerations Jitter and Synchronization | Cirrus Logic |
27. | AN202 |
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2 | Technical Consideration for Migrating CS5460-Based Design to CS5460A-Based Design | Cirrus Logic |
28. | FAN7362 |
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9 | High Side Gate Driver | Fairchild |
29. | FAN7361 |
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9 | High Side Gate Driver | Fairchild |
30. | AN-881 |
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5 | Design Considerations for Fault Tolerant Backplanes | Fairchild |
31. | AN-7531 |
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8 | Implementing A Primary Side Peak-Current-Mode Half-Bridge Converter | Fairchild |
32. | AN-690 |
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7 | Design Innovations Address Advanced CMOS Logic Noise Considerations | Fairchild |
33. | AN-661 |
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20 | FAST Design Considerations | Fairchild |
34. | AN-42031 |
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11 | Multiple Output Design Considerations for the ML4863 | Fairchild |
35. | AN-42008 |
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6 | Applications Considerations and Circuits for the ML4861 | Fairchild |
36. | AN-42007 |
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6 | Safety, EMI and RFI Considerations | Fairchild |
37. | AN-4140 |
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11 | Transformer Design Consideration for off-line Flyback Converters Using Fairchild Power Switch (FPStm) | Fairchild |
38. | AN-4138 |
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20 | Design Considerations for Battery Charger Using Green Mode Fairchild Power Switch (FPStm) | Fairchild |
39. | AN-4115 |
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8 | PC SMPS Secondary Side Control IC | Fairchild |
40. | AN-4105 |
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21 | Design Considerations for Switched Mode Power Supplies Using a Fairchild Power Switch (FPS) in a Flyback Converter | Fairchild |
41. | AN-1100 |
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6 | Thermal Considerations of Surface Mount Packages | Fairchild |
42. | AN-1031 |
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15 | Considerations in Designing the Printed Circuit Boards of Embedded Switching Power Supplies | Fairchild |
43. | QS316292 |
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5 | High-Speed CMOS 12-Bit 2:1 Mux/Demux Switch with Resistor Termination on the Demux Side | IDT |
44. | Datasheet |
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4 | DL207 - Line Side IC for Optical DAA 2000 | Infineon |
45. | Datasheet |
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4 | DM207 - Modem Side IC for DAA 2000 | Infineon |
46. | TLE6260-1G |
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50 | System Basis Chip with Low Speed CAN Transceiver, dual Voltage Regulator, Fail safe management, SPI and high side switch | Infineon |
47. | TLE6260R |
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50 | System Basis Chip with Low Speed CAN Transceiver, dual Voltage Regulator, Fail safe management, SPI and high side switch | Infineon |
48. | TLE4226G |
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16 | Intelligent Sixfold Lowside Switch | Infineon |
49. | TLE6220GP |
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17 | Smart Quad Channel Lowside Switch | Infineon |
50. | TLE6225G |
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9 | Smart Quad Channel Lowside Switch | Infineon |
51. | TLE6228GP |
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17 | Smart Quad Channel Lowside Switch | Infineon |
52. | TLE6230GP |
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16 | Smart Octal Lowside Switch | Infineon |
53. | TLE6232GP |
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20 | Smart 6 Channel Lowside Switch | Infineon |
54. | TLE6236G |
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14 | Smart Octal Lowside Switch, DSO 28-1 | Infineon |
55. | TLE6240GP |
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23 | Smart 16 Channel Lowside Switch | Infineon |
56. | SFH310 |
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6 | Sidelooker Transistor | Infineon |
57. | SFH313 |
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4 | Photodarlington Transistor in Sidelooker Package | Infineon |
58. | SFH325 |
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7 | SMT SIDELED Package with daylight filter | Infineon |
59. | SFH325-3 |
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7 | Silicon NPN Phototransistor in SMT SIDELED Package | Infineon |
60. | SFH325-4 |
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7 | Silicon NPN Phototransistor in SMT SIDELED Package | Infineon |
61. | SFH4205 |
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7 | 950nm in SIDELOOKER package | Infineon |
62. | IPS511E |
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10 | FULLY PROTECTED HIGH SIDE POWER MOSFET SWITCH | International Rectifier |
63. | IPS521G |
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9 | FULLY PROTECTED HIGH SIDE POWER MOSFET SWITCH | International Rectifier |
64. | IPS5551T |
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11 | FULLY PROTECTED HIGH SIDE POWER MOSFET SWITCH | International Rectifier |
65. | IR1210 |
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5 | DUAL LOW SIDE DRIVER | International Rectifier |
66. | IR2110E4 |
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14 | HIGH AND LOW SIDE DRIVER | International Rectifier |
67. | IR2110E6 |
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15 | HIGH AND LOW SIDE DRIVER | International Rectifier |
68. | IR2110L4 |
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14 | HIGH AND LOW SIDE DRIVER | International Rectifier |
69. | IR2110L6 |
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14 | HIGH AND LOW SIDE DRIVER | International Rectifier |
70. | IR2112(S) |
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15 | HIGH AND LOW SIDE DRIVER | International Rectifier |
71. | IR2113E6 |
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14 | HIGH AND LOW SIDE DRIVER | International Rectifier |
72. | IR2113L6 |
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14 | HIGH AND LOW SIDE DRIVER | International Rectifier |
73. | IR2121 |
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15 | CURRENT LIMITING LOW SIDE DRIVER | International Rectifier |
74. | IR2181(4)(S) |
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8 | HIGH AND LOW SIDE DRIVER | International Rectifier |
75. | IR2213(S) |
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13 | HIGH AND LOW SIDE DRIVER | International Rectifier |
76. | IR3310 |
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11 | PROGRAMMABLE CURRENT SENSING HIGH SIDE SWITCH | International Rectifier |
77. | IR6210 |
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5 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
78. | IR6216 |
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5 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
79. | IR6220 |
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5 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
80. | IR6224 |
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5 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
81. | IR6226 |
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5 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
82. | IR6311G |
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4 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
83. | IR6320G |
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4 | INTELLIGENT HIGH SIDE MOSFET POWER SWITCH | International Rectifier |
84. | RIC7113E4 |
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9 | RADIATION HARDENED HIGH AND LOW SIDE GATE DRIVER | International Rectifier |
85. | RIC7113L4 |
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9 | RADIATION HARDENED HIGH AND LOW SIDE GATE DRIVER | International Rectifier |
86. | CA3273 |
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4 | High-Side Driver | Intersil |
87. | HIP0063AB |
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8 | Hex Low Side MOSFET Driver with Serial or Parallel Interface and Diagnostic Fault Control | Intersil |
88. | MAX4172 |
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8 | Low-Cost, Precision, High-Side Current-Sense Amplifier | Maxim |
89. | LTC1623 |
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12 | SMBus Dual High Side Switch Controller | Linear Technology |
90. | LTC1710 |
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8 | SMBus Dual Monolithic High Side Switch | Linear Technology |
91. | AN17 |
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8 | Considerations for Successive Approximation A-D Converters | Linear Technology |
92. | AN20 |
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12 | Application Considerations for an Instrumentation Lowpass Filter | Linear Technology |
93. | AN53 |
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16 | Micropower High Side MOSFET Drivers | Linear Technology |
94. | AN9 |
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20 | Application Considerations and Circuits for a New Chopper-Stabilized Op Amp | Linear Technology |
95. | LTC1174 |
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2 | Ultra-Low Power, High Efficiency DC/DC Converter Operates Outside the Audio Band | Linear Technology |
96. | LTC1982 |
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8 | Dual Micropower High Side Switch Controller in SOT-23 | Linear Technology |
97. | MAX890L |
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8 | 1A, Current Limited, High Side P Channel Switch with Thermal Shutdown | Maxim |
98. | MAX1614 |
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8 | High Side, N Channel MOSFET Switch Driver | Maxim |
99. | MAX869L |
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8 | 2A, Current Limited, High Side P Channel Switch with Thermal Shutdown | Maxim |
100. | MAX893L |
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8 | 1.2A, Current Limited, High Side P Channel Switch with Thermal Shutdown | Maxim |
101. | MAX1822 |
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10 | High-Side Power Supply | Maxim |
102. | MAX3950 |
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5 | HFDN-07.2: Circuit Card Layout Considerations for 10Gbps Current Mode Logic Inputs on the MAX3950 EVKIT | Maxim |
103. | MAX480 |
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1 | Op-Amp Adds Short-Circuit Protection to High-Side Switch | Maxim |
104. | MAX623 |
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1 | Op-Amp Adds Short-Circuit Protection to High-Side Switch | Maxim |
105. | DS1013 |
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11 | App Note 14: Design Considerations for All-Silicon Delay Lines | Maxim |
106. | DS12C887A |
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9 | Crystal Considerations with Dallas Real-Time Clocks | Maxim |