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; This header le de nes con gurations, registers, and other useful bits of ; information for the PIC12C508 microcontroller. These names are taken to match ; the data sheets as closely as possible. ; Note that the processor must be selected before this le is ; included. The processor may be selected the following ways: ; ; ; ; ; 1. Command line switch: C:\ MPASM MYFILE.ASM /P12C508 2. LIST directive in the source le LIST P=12C508 3. Processor Type entry in the MPASM full-screen interface

;=============================================================== ; ; Revision History ; ;============================================================== ;Rev: ;1.02 ;1.01 ;1.00 Date: Reason:

05/12/97 Correct STATUS and OPTION register bits 08/21/96 Removed VCLMP fuse, corrected oscillators 04/10/96 Initial Release

;============================================================== ; ; Verify Processor ; ;============================================================== IFNDEF __12C508 MESSG Processor-header le mismatch. Verify selected processor. ENDIF ;=============================================================== ; ; Register De nitions ; ;===============================================================

;--- Register Files INDF TMR0 PCL STATUS FSR OSCCAL GPIO EQU EQU EQU EQU EQU EQU EQU H 0000 H 0001 H 0002 H 0003 H 0004 H 0005 H 0006

If you are not the host, be sure to start by thanking the people who invited everyone to share in the festivities Focus on the honoree Remember that the toast is about the person you re celebrating Don t make it about you Talking about your relationship is ne as long as the focus is on the honoree and makes a point the audience will appreciate Don t drink alcohol before you offer your toast Sloppy toasts will be remembered for a long time but not necessarily for the reasons that you might want If you want to have a drink, have it after your talk Look at the honoree or couple Start and end the toast by looking directly at the person(s) you re honoring Be yourself.

;--- STATUS Bits GPWUF PA0 NOT_TO NOT_PD Z DC C EQU EQU EQU EQU EQU EQU EQU H 0007 H 0005 H 0004 H 0003 H 0002 H 0001 H 0000

;--- OPTION Bits NOT_GPWU NOT_GPPU T0CS T0SE PSA PS2 PS1 PS0 EQU EQU EQU EQU EQU EQU EQU EQU H 0007 H 0006 H 0005 H 0004 H 0003 H 0002 H 0001 H 0000

;=============================================================== ; ; RAM De nition ; ;=============================================================== __MAXRAM H 1F ;=============================================================== ; ; Con guration Bits ; ;===============================================================

At the start of the le, the PIC microcontroller speci ed within MPLAB is checked against the le to make sure they match When MPLAB has a PIC microcontroller selected, the part number label with two underscore characters (__) is de ned when the assembler is invoked For the PIC12C508, this label is __12C508, for the PIC16F84, it is __16F84, and so on This label can be used in conditionally assembled code to access hardware appropriately instead of having to de ne multiple source les for different devices Once the PIC microcontroller type is veri ed, then the hardware register addresses (under Register Files) are de ned The registers are given the same labels as the Microchip documentation and have their addresses speci ed with them Following the hardware register address de nitions, the bit de nitions for hardware registers that have unique, accessible bits are de ned.

steady-state accuracy. If it cannot accurately repeat its input in the steady state, the lead-lag unit degrades the performance of the forward loop. Consequently, linearity, repeatability, and freedom from hysteresis are mandatory-more so than for a conventional controller. I n addition, lead and lag times need to be adjustable to match the time constants of most processes. Exact compensation may be impractical for very slow processes, particularly those with electronic components, because of impedance limitations. Pneumatic devices have a greater potential range in this respect, because extremely large-capacity tanks can be used without danger of leakage. References (1) and (2) describe several arrangements for obtaining lead-lag functions using standard pneumatic control components. Digitally, the lead-lag function can be realized with a simple iterative procedure. To demonstrate this procedure, 2 will represent the input, y the input lagged by r2, and x will be y led by TV. The differential equations are: dY x=y+rz-g Rearranging, dy Z=Y+Tl~