Here is the data flow diagram for a particular instruction. The various values shown indicate the state of the machine after the action of thisinstruction.GatePCDR 101GateMARMUXROOnFFFOOxFFFEPC XRIMARMUXTRAPVECTORR2OxFFFDX:0:0PCMUXR3OFFFBEXTR4ODFFAOFFSET6 ORR5OXFFFDPCOFPSETPC OR BASERR6OcFFFC(7:0)R7OscOFO8ADDR2MUXADDRIMUXSR2SRI010[100]SEXTIMMS(8:0)SEXTSEXTFINITESRZMUX[50]SEXTSTATE[4:0|2MACHINEArith/Logic OperationAL selectA/L RESULTLOGICGateALUGate MDR16MDRMAR16OUTPUTINPUTMEMORYXFE02XFE06What is that instruction in binary? (You may use any number of spaces to organize the bits.)address instructionx3002

Instruction in binary is as shown below

is the data flow diagram for a particular Instruction. The various Values shown Indicate the state of the machine after the action of this nstruction. DR 101 GatePC Gate MARMUX RO OFFFO PC X RI OxFFFE MARMUX TRAPVECTOR R2 OXFFFD x:0:0 PCMUX R3 OFFFB ZEXT R4 OnD FFA OFFSET6 OR R5 OXFFFD PC OR BASER R6 OxFFFC PCOFFSET R7 ADDR2MUX ADDRIMUX SR2 SRI 010 (10:0) SEXT IMMS [8:0 SEXT SRZMUX SEXT FINITE SEXT STATE (40 MACHINE Arith/Lagic Operation AL select A/L RESULT LOGIC Gateal Gate MDR 16 16 MDR MAR 16 OUTPUT MEMORY INPUT XFE02 XFE06 What is that instruction in binary? (You may use any number of spaces to organize the bits.) address instruction х3002

is the data flow diagram for a particular Instruction. The various Values shown Indicate the state of the machine after the action of this nstruction. DR 101 GatePC Gate MARMUX RO OFFFO PC X RI OxFFFE MARMUX TRAPVECTOR R2 OXFFFD x:0:0 PCMUX R3 OFFFB ZEXT R4 OnD FFA OFFSET6 OR R5 OXFFFD PC OR BASER R6 OxFFFC PCOFFSET R7 ADDR2MUX ADDRIMUX SR2 SRI 010 (10:0) SEXT IMMS [8:0 SEXT SRZMUX SEXT FINITE SEXT STATE (40 MACHINE Arith/Lagic Operation AL select A/L RESULT LOGIC Gateal Gate MDR 16 16 MDR MAR 16 OUTPUT MEMORY INPUT XFE02 XFE06 What is that instruction in binary? (You may use any number of spaces to organize the bits.) address instruction х3002

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Show the program execution for the following program.The hypothetical machine has four (4) opcodes:1110 = LOAD0111 = STORE1000 = ADD
2-A) What's the name of the opamp circuit below? Briefly explain the logic. 2-B) Why is there a DC 1 volt offset in Vs sine signal?
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Here is the data flow diagram for a particular instruction. The various values shown indicate the state of the machine after the action of this instruction. The question mark locates this instruction in memory. GatePC DR 100 GateMARMUX RO X2FFF PC X RI x3006 MARMUX TRAPVECTOR R2 x3005 X0:0 PCMUX R3 x3004 ZEXT R4 x3003 OFPSETŐ OR R5 x3002 PC OR BASER R6 x3001 PCOFFSET (7:0) R7 x3000 ADDR2MUX ADDRIMUX SR2 SRI (100 SEXT IMMS SEXT SRZMUX SEXT FINITE [50] SEXT STATE [40] MACHINE Arith/Logic Operation AL select IRO01 A/L RESULT LOGIC GateALU Gate MDR 16 16 MDR MAR T16 МЕМORY x 30 0O x 30 0 1 X 3:0:0 2 x3003 x3004 x 30 03 x3001 x: 3:0 0 4 X 30 05 X300 6 x3000 x3006 x3002 What is that instruction in binary? (You may use any number of spaces to organize the bits.) address instruction х3002
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