List of figures Manual BG41/BG42/BG43
A-2 Rev. 99/49
Fig. 3-28: Block diagram of an SSI.................................................................................................3-27
Fig. 3-29: Function selection SSI with command 5........................................................................3-30
Fig. 3-30: Reading of an SSI encoder with command 1 .................................................................3-31
Fig. 3-31: Setting of the mode SSI with command 3......................................................................3-32
Fig. 3-32: Structure of the 5V counter module ...............................................................................3-33
Fig. 3-33: Allocation of terminal pins when using a 5V counter module.......................................3-35
Fig. 3-34: Allocation of terminal pins when using a 24V counter module.....................................3-36
Fig. 3-35: Counter`s sequence bytes from command 80.................................................................3-44
Fig. 3-36: Reading the counter status with command 00................................................................3-45
Fig. 3-37: Structure of the analogue input module..........................................................................3-47
Fig. 3-38: Data flow of analogue input or analogue output module ...............................................3-48
Fig. 3-39: Allocation of terminal pins when using an analogue input module...............................3-49
Fig. 3-40: Allocation of terminal pins when using an analogue output module.............................3-49
Fig. 3-41: Block diagram of an analogue input module..................................................................3-50
Fig. 3-42: Block diagram of an analogue output module................................................................3-50
Fig. 3-43: Transformating the analogue range to the scaled range .................................................3-56
Fig. 3-44: Function selection of analogue input/analogue output with command 5......................3-64
Fig. 3-45: Reading of the analogue value of the analogue input/output with command 1 ............3-65
Fig. 3-46: Writing the analogue value of the analogue input/output with command 2...................3-66
Fig. 3-47: Setting of the mode for the analogue input/output with command 3 .............................3-67
Fig. 3-48: Module selection of the analogue input/output with command 4 ..................................3-68
Fig. 3-49: Scaling of an analogue input/output with command 5...................................................3-69
Fig. 3-50: Reading the status of the analogue input/output with command 6.................................3-70
Fig. 3-51: MIN/MAX levels of the analogue input/output with command 6..................................3-71
Fig. 3-52: Structure of the temperature module for PT100.............................................................3-72
Fig. 3-53: Allocation of the temperature module’s terminal pins for PT100..................................3-72
Fig. 3-54: An application example of the temperature module.......................................................3-73
Fig. 3-55: Combination DCF77 antenna with 20ma current loop module.....................................3-74
Fig. 3-56: Location of transmitter for the DCF77 signal ................................................................3-75
Fig. 3-57: The dimensions of the DCF77 antenna module.............................................................3-76
Fig. 3-58: Allocation of the DCF77 antenna module’s terminal pins.............................................3-77
Fig. 3-59: Plan of the coded time information................................................................................3-77
Fig. 3-60: Alignment of the DCF77 antenna module......................................................................3-79
Fig. 3-61: Connection standards for the DCF77 antenna module...................................................3-79
Fig. 4-1: Evaluation possibility 1 with the help of write and read pointers....................................4-16
Fig. 4-2: Evaluation possibility 2 with the help of write and read pointers....................................4-16
Fig. 4-3: Procedure 3964(R)............................................................................................................4-21
Fig. 4-4: Structure of the procedure 3964(R) with RK512 .............................................................4-43
Fig. 4-5: SEND of the procedure 3964(R) with RK512 .................................................................4-45
Fig. 4-6: FETCH of the procedure 3964 (R) with RK512 ..............................................................4-45
Fig. 4-7: Structure of an output telegram from 3964 (R) with RK512 ...........................................4-46
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