- Cover Page
- Half title
- title
- copy
- dedication
- preface
- ack
- fmchapter
- fmchapter
- Preface
- 1 Hardware of the PIC16F648A-Based PLC
- 2 Basic Software
- 3 Contact and Relay-Based Macros
- 3.1 Macro Id (load)
- 3.2 Macro ld_not (load not)
- 3.3 Macro not
- 3.4 Macro or
- 3.5 Macro or_not
- 3.6 Macro nor
- 3.7 Macro and
- 3.8 Macro and_not
- 3.9 Macro nand
- 3.10 Macro xor
- 3.11 Macro xor_not
- 3.12 Macro xnor
- 3.13 Macro out
- 3.14 Macro out_not
- 3.15 Macro in_out
- 3.16 Macro inv_out
- 3.17 Macro _set
- 3.18 Macro _reset
- 3.19 Examples for Contact and Relay-Based Macros
- 4 Flip-Flop Macros
- 4.1 Macro r_edge (Rising Edge Detector)
- 4.2 Macro f_edge (Falling Edge Detector)
- 4.3 Macro latchl (D Latch with Active High Enable)
- 4.4 The Macro latchO (D Latch with Active Low Enable)
- 4.5 Macro dff_r (Rising Edge Triggered D Flip-Flop)
- 4.6 Macro dff_f (Falling Edge Triggered D Flip-Flop)
- 4.7 Macro tff_r (Rising Edge Triggered T Flip-Flop)
- 4.8 Macro tff_f (Falling Edge Triggered T Flip-Flop)
- 4.9 Macro jkff_r (Rising Edge Triggered JK Flip-Flop)
- 4.10 Macro jkff_f (Falling Edge Triggered JK Flip-Flop)
- 4.11 Examples for Flip-Flop Macros
- 5 Timer Macros
- 6 Counter Macros
- 7 Comparison Macros
- 8 Arithmetical Macros
- 9 Logical Macros
- 10 Shift and Rotate Macros
- 11 Multiplexer Macros
- 12 Demultiplexer Macros
- 13 Decoder Macros
- 13.1 Macro decod_1_2
- 13.2 Macro decod_1_2_AL
- 13.3 Macro decod_1_2_E
- 13.4 Macro decod_1_2_E_AL
- 13.5 Macro decod_2_4
- 13.6 Macro decod_2_4_AL
- 13.7 Macro decod_2_4_E
- 13.8 Macro decod_2_4_E_AL
- 13.9 Macro decod_3_8
- 13.10 Macro decod_3_8_AL
- 13.11 Macro decod_3_8_E
- 13.12 Macro decod_3_8_E_AL
- 13.13 Examples for Decoder Macros
- 14 Priority Encoder Macros
- 15 Application Example
- 15.1 Remotely Controlled Model Gate System
- 15.2 Control Scenarios for the Model Gate System
- 15.3 Solutions for the Control Scenarios
- 15.3.1 Solution for the First Scenario
- 15.3.2 Solution for the Second Scenario
- 15.3.3 Solution for the Third Scenario
- 15.3.4 Solution for the Fourth Scenario
- 15.3.5 Solution for the Fifth Scenario
- 15.3.6 Solution for the Sixth Scenario
- 15.3.7 Solution for the Seventh Scenario
- 15.3.8 Solution for the Eighth Scenario
- About the CD-ROM
- References
- Index
Acknowledgments
I am grateful to Dr. Gokhan Gelen ([email protected]) for his great effort in drawing the printed circuit boards (PCBs) and for producing the prototypes of the CPU board and the I/O extension board. Without his help this project may have been delayed for years.
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