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Exar 249 dokumentacji
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NO. | Symbol elementu | Rozmiar pliku | Stron | Opis dokumentacji | Producent |
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1. | AN-1450 |
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5 | ST16C1450 Application Example | Exar |
2. | AN-1550 |
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5 | ST16C1550 Application Example | Exar |
3. | AN-2450 |
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5 | ST16C2450 Application Example | Exar |
4. | AN-2550 |
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5 | ST16C2550 Application Example | Exar |
5. | AN-2552 |
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5 | ST16C2552 Application Example | Exar |
6. | AN-450 |
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5 | ST16C450 Application Example | Exar |
7. | AN-452 |
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5 | ST16C452 Application Example | Exar |
8. | AN-454 |
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6 | ST16C454 Application Example | Exar |
9. | AN-550 |
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5 | ST16C550 Application Example | Exar |
10. | AN-554 |
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6 | ST16C554 Application Example | Exar |
11. | AN-650 |
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5 | ST16C650 Application Example | Exar |
12. | AN-654 |
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6 | ST16C654 Application Example | Exar |
13. | DAN-102 |
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3 | Infrared Application with ST16C580, ST16C650A, or XR16C850 | Exar |
14. | DAN-107 |
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4 | Intefacing 16Cxxx UARTs to a CPU | Exar |
15. | DAN-108 |
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15 | UART Crystal Oscillator Design Guide | Exar |
16. | DAN-112 |
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4 | XR17C158 Multiport Serial Device Windows API | Exar |
17. | DAN-113 |
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6 | XR17C158/154/152 PCI UART EEPROM Interface | Exar |
18. | DAN-120 |
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3 | XR68C92/192 and XR88C92/192 vs. SC28L92 | Exar |
19. | DAN-121 |
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3 | XR68C92/192 vs. SCC68692 | Exar |
20. | DAN-122 |
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3 | XR68C681 vs. SCC68692 | Exar |
21. | DAN-123 |
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3 | XR88c92/192 vs. SCC2692 | Exar |
22. | DAN-124 |
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3 | XR88c92/192 vs. SC26C92 | Exar |
23. | DAN-125 |
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2 | XR16l784 vs. SC28C94 AND SC28l194 | Exar |
24. | DAN-126 |
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2 | XR16l788 vs. SC28l198 AND SCC2698B | Exar |
25. | DAN-130 |
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11 | Exar's Dual UARTs vs. TL16C752B | Exar |
26. | DAN-131 |
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6 | Exar's UARTs vs. TL16C750 | Exar |
27. | DAN-132 |
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9 | Exar's UARTs vs. TL16C550C | Exar |
28. | DAN-133 |
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8 | Exar's Quad UARTs vs. TL16C554 | Exar |
29. | DAN-134 |
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6 | Exar's Quad UARTs vs. TL16C754B | Exar |
30. | DAN-135 |
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2 | XR16L784 vs. TL16C754B | Exar |
31. | DAN-140 |
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3 | XR16C850 vs. OX16C950 | Exar |
32. | DAN-141 |
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2 | XR16C854 vs. OX16C954 | Exar |
33. | DAN-142 |
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3 | XR17C152 vs. OXPCI952 | Exar |
34. | DAN-143 |
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3 | XR17C154 vs. OXPCI954 | Exar |
35. | DAN-144 |
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3 | XR17L784 vs. OX16C954 | Exar |
36. | DAN-160 |
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2 | Migrating from XR16C2850 to XR17L2750 | Exar |
37. | DAN-161 |
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2 | Migrating from XR16C2850 to XR17L2751 | Exar |
38. | DAN-162 |
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2 | Migrating from XR16C2852 to XR17L2752 | Exar |
39. | MP8775 |
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8 | 8-Bit, 20MSPS, High-Speed, CMOS Analog-to-Digital Converter (ADC) | Exar |
40. | MP8785 |
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7 | 8-Bit, High-Speed, CMOS ADC | Exar |
41. | MP8785AB |
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15 | Application Board Documentation | Exar |
42. | MP87L75 |
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8 | 8-Bit, Low Voltage, High-Speed, CMOS ADC | Exar |
43. | MP87L85 |
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7 | 8-Bit, Low Voltage, High-Speed, CMOS ADC | Exar |
44. | SPX5205 |
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8 | 150mA, LOW-NOISE LDO VOLTAGE REGULATOR | Exar |
45. | ST16C1450 |
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28 | Single-Channel UART with 1-Byte FIFO | Exar |
46. | ST16C1451 |
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28 | Single-Channel UART with 1-Byte FIFO | Exar |
47. | ST16C1550 |
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32 | Single-Channel UART with 16-Byte FIFO | Exar |
48. | ST16C1551 |
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32 | Single-Channel UART with 16-Byte FIFO | Exar |
49. | ST16C2450 |
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26 | Two-Channel UART | Exar |
50. | ST16C2550 |
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34 | Two-Channel UART with 16-Byte FIFOs | Exar |
51. | ST16C2552 |
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32 | Two-Channel UART with 16-Byte FIFOs | Exar |
52. | ST16C450 |
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30 | Single-Channel Channel UART | Exar |
53. | ST16C452 |
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30 | Two-Channel UART with Parallel Printer Port | Exar |
54. | ST16C452PS |
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30 | Two-Channel UART with Parallel Printer Port | Exar |
55. | ST16C454 |
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30 | Four-Channel UART | Exar |
56. | ST16C550 |
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36 | Single-Channel UART with 16-Byte FIFOs | Exar |
57. | ST16C552 |
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40 | Two-Channel UART With 16-Byte FIFO and Parallel Printer Port | Exar |
58. | ST16C552A |
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40 | Two-Channel UART With 16-Byte FIFO and Parallel Printer Port | Exar |
59. | ST16C554 |
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40 | Four-Channel UART With 16-Byte FIFOs | Exar |
60. | ST16C554D |
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40 | Four-Channel UART With 16-Byte FIFOs | Exar |
61. | ST16C580 |
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44 | UART with 16-Byte FIFOs and Infrared (IrDA) Encoder/Decoder | Exar |
62. | ST16C654 |
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48 | Four-Channel UART with 32-Byte FIFOs and Infrared (IrDA) Encoder/Decoder | Exar |
63. | ST16C654D |
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48 | Four-Channel UART with 32-Byte FIFOs and Infrared (IrDA) Encoder/Decoder | Exar |
64. | ST26C31 |
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8 | Quad RS-422 CMOS Differential Line Driver | Exar |
65. | ST26C32 |
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8 | Quad RS-422, RS-423 CMOS Differential Line Driver | Exar |
66. | ST34C86 |
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8 | Quad RS-422, RS-423 CMOS Differential Line Driver | Exar |
67. | ST34C87 |
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8 | Quad RS-422 CMOS Differential Line Driver | Exar |
68. | ST49C |
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2 | General Application Note for ST49Cxxx Clock Family | Exar |
69. | ST49C101A |
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10 | High Frequency Clock Multiplier | Exar |
70. | ST49C107A |
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8 | Pre-Programmed CPU Motherboard Frequency Generator | Exar |
71. | ST78C34 |
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21 | General Purpose Parallel Printer Port with 83-Byte FIFO | Exar |
72. | ST78C36 |
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27 | ECP/EPP Parallel Printer Port with 16-Byte FIFOs | Exar |
73. | ST78C36A |
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27 | ECP/EPP Parallel Printer Port with 16-Byte FIFOs | Exar |
74. | TAN-005 |
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8 | High-Quality Function Generator System with the XR2206 | Exar |
75. | TAN-007 |
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4 | XRT5683 Operation at 10.1 Mbps | Exar |
76. | TAN-008 |
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20 | Designing Caller Identification Delivery Using XR2211 for U.S. | Exar |
77. | TAN-009 |
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24 | Designing Caller Identification Delivery Using XR2211 for B.T. | Exar |
78. | TAN-011 |
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8 | A Comparison between Exar's XR68C681 and Signetic's SCC68692 Two-Channel UART Devices | Exar |
79. | TAN-012 |
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6 | A Comparison between Exar's XR88C681 and Motorola's MC2681 Two-Channel UART Devices | Exar |
80. | TAN-013 |
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6 | A Comparison between Exar's XR88C681 and Signetic's SCC2692 Two-Channel UART Devices | Exar |
81. | TAN-014 |
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10 | A Comparison between Exar's XR88C681 and Signetics SC26C92 Two-Channel UART Devices | Exar |
82. | TAN-017 |
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9 | XRT7300 DS3/E3/STS-1 LIU IC Power Conditioning Requirements | Exar |
83. | TAN-042 |
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53 | Designing the XRT71D00 and the XRT73L00 Devices to Operate in the Host Mode, and to be Accessed via a Single Chip Select Pin. | Exar |
84. | TAN-046 |
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15 | XRT73L04 4-Channel DS3/E3/STS-1 LIU IC Power Conditioning Requirements | Exar |
85. | TAN-16 |
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6 | XRT8000 How to Generate a 1.544MHz Clock Signal from an 8kHz Reference Clock | Exar |
86. | XR16C2850 |
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43 | Two-Channel UART with 32-Byte FIFOs and Infrared (IrDA) Encoder/Decoder | Exar |
87. | XR16C2852 |
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42 | Two-Channel UART with 128-Byte FIFOs and DS-485 Half Duplex Direction Control | Exar |
88. | XR16C850 |
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54 | Single-Channel UART with 128-Byte FIFOs, FIFO Counters, and Half Duplex Control | Exar |
89. | XR16C854 |
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49 | Four-Channel UART with 128-Byte FIFOs, RX/TX FIFO Counters | Exar |
90. | XR16C854D |
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51 | Four-Channel UART with 128-Byte FIFOs, RX/TX FIFO Counters | Exar |
91. | XR16C864 |
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46 | Four-Channel UART with 128-Byte FIFOs, RX/TX FIFO Counters | Exar |
92. | XR16C872 |
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60 | Two-Channel UART with 1284-Parallel Port and Plug-and-Play Controller | Exar |
93. | XR16L2750 |
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43 | 2.5V, 3.3V, and 5V DUART with 64-Byte FIFO | Exar |
94. | XR16L2751 |
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46 | 2.5V to 5V DUART with 64-Byte FIFO and Powersave | Exar |
95. | XR16L2752 |
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42 | 2.5V, 3.3V, and 5V DUART with 64-Byte FIFO | Exar |
96. | XR16L651 |
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47 | One-Channel UART | Exar |
97. | XR16L784 |
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43 | Four-Channel UART | Exar |
98. | XR16L788 |
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42 | Eight-Channel UART | Exar |
99. | XR17C152 |
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52 | Two-Channel PCI-Bus UART | Exar |
100. | XR17C154 |
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48 | Four-Channel PCI-Bus UART | Exar |
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