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NXP Semiconductors 56800E manuals

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56800E

Brand: NXP Semiconductors | Category: Controller
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Table Of Contents
  8. Table Of Contents
  9. Online UPS Designer Reference Manual,
  10. Introduction
  11. DC-to-DC Converters
  12. Rail Ripple
  13. System Overview
  14. System Actuators
  15. Input Rectifier Theory of Operation
  16. Rectifier Soft Start
  17. Full Wave-Controlled Rectifier Bridge
  18. Power Factor Corrector (PFC) Theory of Operation
  19. PFC Current and Voltage Waveforms
  20. PFC Schematic
  21. Resulting Parallel Connection between C3 and C7
  22. Battery Charger Theory of Operation
  23. Battery Booster Theory of Operation
  24. Drive Signals for Battery Booster Switches
  25. Inverter Theory of Operation
  26. Pulse Width Modulation
  27. Power Supplies and Isolation Circuitry
  28. Waveforms at A and B
  29. Current Waveforms
  30. Sensing Circuits and Reference Voltage Generator
  31. Partial View of the Auxiliary Power Supply and Optoisolation Network
  32. Voltage Reference Supply
  33. Silicon Controlled Rectifier (SCR) Gate Drivers
  34. Power Transfer Circuits (Bypass) Theory of Operation
  35. Overcurrent Protection
  36. Overcurrent Protection for Rectifier and Inverter
  37. Battery Temperature Sensing
  38. Battery Temperature Sensor
  39. Control Algorithms Discrete Equivalents
  40. PFC and Rail Control
  41. PFC and Rail Control Loops (Positive Semicycle)
  42. Battery Charger Control
  43. Inverter Control
  44. Battery Booster Control Loop
  46. Minimizing Delay in the Control Loops
  47. F8346 Controller
  49. Reset/Modes/Clock
  50. Program And Data Memory
  51. RS-232 Serial Communications
  52. LCD Interface
  53. Peripheral Expansion Connectors
  54. A/D Ports Expansion Connectors
  55. GPIOPort C Expansion Connector (Bits 0—1)
  56. CAN Interface
  57. Debug Support
  58. Parallel JTAG Interface Connector
  60. A/D Filters
  61. Power Input
  62. External Power Input
  63. Panel Description
  64. Operation with EVM or Control Board
  65. Jumper Configuration for EVM and Control Board Operation
  66. Jumper Position for Configuration of the Power Board
  67. Functional Components and Location of Jumpers on the Power Board
  68. Jumpers on the Control Board
  69. Operation
  70. Turning the UPS On
  71. The Right Side of the UPS
  72. Peripheral and I/O Pins Assignment
  73. Main Execution Routine
  74. Main Routine Flow Diagram
  75. Interrupt Handlers
  76. Flow Diagram for the Interrupt Service Routine AD1_OnEnd (1 of 5)
  77. Flow Diagram for the Interrupt Service Routine AD1_OnEnd (2 of 5)
  78. Flow Diagram for the Interrupt Service Routing AD1_OnEnd (3 of 5)
  79. Flow Diagram for the Interrupt Service Routine AD1_OnEnd (4 of 5)
  80. Flow Diagram for the Interrupt Service Routine AD1_OnEnd (5 of 5)
  81. UPS Overcurrent Protection Interrupt Handlers
  82. Battery Temperature Reading
  83. Delay_Timer_OnInterrupt
  84. Inverter Control Loop
  85. PFC Control Loop
  87. Battery Charger Control Loop
  88. Phase Locked Loop Routine
  89. Control Loop
  90. Sine Wave Look-Up Table
  91. Frequency Measurement Routine
  92. Rectifier Soft Start Routine
  93. Root Mean Square (RMS) Sensing
  94. Power Sensing
  95. General Purpose Digital Filters Used in the Implementation
  96. High-Frequency Noise Rejection Filter
  97. Flash Memory Access
  98. Intrinsic 56800E Functions
  99. Connectivity Description
  100. Implementation
  101. Ethernet Abstraction Layer
  102. System Services Initialization
  103. Physical Layer Initialization
  104. Main Application
  105. Stack Loop
  106. Defines Used by Main Connectivity Loop
  108. Inverter Performance
  109. Inverter Voltage Harmonics Under No Load Conditions
  111. Inverter Voltage Harmonics Under Full Load Conditions—Battery Operated
  112. Inverter Transient Response to a Resistive Load (200W)
  113. PFC Performance Under Full Load Conditions
  114. PFC Performance at 59W Linear Load Conditions
  115. Frequence Performance
  116. Battery Charger Performance
  117. Bypass Switch Performance
  118. A.1 Control Board Schematics
  119. A.2 Power Board Schematics
  120. B.1 Specifications of Ferromagnetic Materials
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