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reactor cont,ains 4,000 lb of material with a specific heat of 0.4 Rtu/lb. What is its thermal time constant If the dead time in the loop is 1 min, what is the natural period and the proportional band of the primary loop Is it stable in the steady state 10.3 Reduce the flow to the reactor above to 2,000 Ib/hr, with all other conditions except coolant temperature constant. Calculate its thermal time constant, period, and proportional band. Reduce x0 to 0.1 with F at 4,000 lb/hr and repeat the calculation. 10.4 In the process shown in Fig. 10.9, reactants X and Y are each soluble in the solvent, but the product they form is gaseous. The end point of the reaction is to be controlled, as measured by the electrolytic conductivity of the s o l v e n t . The conductivity increases with the amount of whichever reactant is in excess and is therefore to be controlled at zero. Devise a way to accomplish this; modify the process if necessary. 10.5 Calculate the pH at neutrality for a 1 N solution of acetic acid neutralized by caustic, as shown ip Fig. 10.13. Estimate the process gain dpH/dxB at that point. Assume that Kg is infinite. 10.6 The concentration of reactant in a batch reactor decreases with time; it may be desirable to gradually increase the reaction temperature to hasten completion. Will either of these factors cause the dynamic gain of the process to change Explain.

Instruction Bit Pattern: BC 12345678 12345678 11000010 nnnnnnnn BNC 12345678 12345678 11100011 nnnnnnnn BN 12345678 12345678 11100110 nnnnnnnn BNN 12345678 12345678 11100011 nnnnnnnn BOV 12345678 12345678 11100100 nnnnnnnn BNOV12345678 12345678 11100101 nnnnnnnn BZ 12345678 12345678 11100000 nnnnnnnn BNZ 12345678 12345678 11100001 nnnnnnnn BRA 12345678 12345678 11010nnn nnnnnnnn Instruction Operation: BC/BNC: Branch on Carry Flag BN/BNN: Branch on N Flag BOV/BNOV: Branch on OV Flag BZ/BNZ: Branch on Zero Flag BRA: Branch Allways

Figure 7.54 The branch instruction can access addresses 512 to +511 instructions from the current program counter location.

If the destination is outside the range of the instruction it is agged as an error by the MPASM assembler. Along with the nonconditional branch, there are 8 conditional branch instructions available in the PIC18 and they are shown in Fig. 7.54. They are branch on zero ag set (bz), branch on zero ag reset (bnz), branch on carry ag set (bc), branch on carry ag reset (bnc), branch on negative ag set (bn), branch on negative ag reset (bnn), branch on over ow ag set (bov), and branch on over ow ag reset (bnov). These instructions are equivalent to the branch on condition instructions found in other processors. These instructions behave similarly to the bra instruction except that they have 8 bits for the offset address (to the bra instruction s 11). This gives the instructions the ability to change the program counter by 64 to +63 instructions. The last new feature of the PIC18 architecture that is different from the other architectures is the fast stack, in which WREG, STATUS, and BSR registers are saved nonconditionally upon the interrupt acknowledge and vector jump and conditionally during a subroutine call instruction. These registers can be optionally restored after a return or ret e instruction.

Tables PIC18 tables are executed as: TableRead: movwf TableOff, 0 bcf STATUS, C, 0 rlcf TableOff, w, 0

addlw Table & 0xFF movf STATUS, w, 0 andlw 1 btfsc TableOff, 7, 0 addlw 1 addlw (Table >> 8) & 0xFF movwf PCLATH, 0 movf STATUS, w, 0 andlw 1 addlw UPPER Table movwf PCLATU, 0 rlcf TableOff, w, 0 addlw LOW Table movwf PCL, 0 Table: dt ...

; ; ;

If the purpose of the computed goto is to return a byte value (using retlw), then I would suggest taking advantage of the 16-bit instruction word, store 2 bytes in an instruction word, and use the table read instructions to read back two values. This is somewhat more ef cient in terms of coding and requires approximately the same number of instructions and instruction cycles. A computed byte table read (which allows compressed data) consists of the following subroutine.

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TableRead: movwf TableOff movlw LOW Table addwf TableOff, w, 0 movwf TBLPTRL, 0 movlw (Table >> 8) & 0xFF btfsc STATUS, C, 0 addlw 1 movwf TBLPTRH, 0 movlw UPPER Table btfsc STATUS, C, 0 addlw 1 movwf TBLPTRU, 0 TBLRD * movf TABLAT, w, 0 return Table: db ...

Interrupts When I show a basic interrupt handler for the mid-range PIC microcon-