Consider the following design of a microcomputer system that uses uP 8086 10MHz to search a) b) c) The pseudo code for each driver and programming each of the interface needed The programming needed for set up the system. The type of memory you will need for you design including the configuration and decoding system. Step 1: Total EPROM required #64 KB Chip size available 16 KB GLK Number of chips required ? 4 Number of sets reid m Step 2 Total RAM required- 32 KB Chip size available 8 KB SET1: Ending address of SET 1-FFFFFH Number of chips required = 4 .Number of sets required-NendereNn"--2 SET 1: Starting address = 00000H SET size Chip size x2 8 KBx2 32 KB SET size-chip sizex1:16 KB x2:32 KB Starting address Ending address-SET size FFFFFH-07FFFH F8000H SET 2: Ending address of SET 2- FTFFFH (previous ending-1) Ending address- Starting address-SET size = 04000H + 03FFFH 07FFFH SET size : Chip size x2 16 KBx2:32 KB SET 2: Starting address 04000H (previous ending-1) Starting address = Ending address SET size SET size Chip size x2 8 KBx232 KB = F000H Ending address- Starting address-SET size 04000H-03FFFH 07FFFH Consider the following design of a microcomputer system that uses uP 8086 10MHz to search a) b) c) The pseudo code for each driver and programming each of the interface needed The programming needed for set up the system. The type of memory you will need for you design including the configuration and decoding system. Step 1: Total EPROM required #64 KB Chip size available 16 KB GLK Number of chips required ? 4 Number of sets reid m Step 2 Total RAM required- 32 KB Chip size available 8 KB SET1: Ending address of SET 1-FFFFFH Number of chips required = 4 .Number of sets required-NendereNn"--2 SET 1: Starting address = 00000H SET size Chip size x2 8 KBx2 32 KB SET size-chip sizex1:16 KB x2:32 KB Starting address Ending address-SET size FFFFFH-07FFFH F8000H SET 2: Ending address of SET 2- FTFFFH (previous ending-1) Ending address- Starting address-SET size = 04000H + 03FFFH 07FFFH SET size : Chip size x2 16 KBx2:32 KB SET 2: Starting address 04000H (previous ending-1) Starting address = Ending address SET size SET size Chip size x2 8 KBx232 KB = F000H Ending address- Starting address-SET size 04000H-03FFFH 07FFFH