Intel 80C188XL, 80C186XL user manual Figures, Contents, Page, 3-15

				CONTENTS
			FIGURES
Figure				Page
3-15	Generating a Normally Not-Ready Bus Signal			3-16
3-16	Generating a Normally Ready Bus Signal			3-17
3-17	Normally Not-Ready System Timing			3-18
3-18	Normally Ready System Timings			3-19
3-19	Typical Read Bus Cycle			3-21
3-20	Read-Only Device Interface			3-22
3-21	Typical Write Bus Cycle			3-23
3-22	16-Bit Bus Read/Write Device Interface			3-24
3-23	Interrupt Acknowledge Bus Cycle			3-26
3-24	Typical 82C59A Interface			3-27
3-25	HALT Bus Cycle			3-29
3-26	Returning to HALT After a HOLD/HLDA Bus Exchange			3-30
3-27	Returning to HALT After a Refresh Bus Cycle			3-31
3-28	Returning to HALT After a DMA Bus Cycle			3-32
3-29	Exiting HALT			3-33
3-30	DEN and DT/R Timing Relationships			3-34
3-31	Buffered AD Bus System			3-35
3-32	Qualifying DEN with Chip-Selects			3-36
3-33	Queue Status Timing			3-39
3-34	Timing Sequence Entering HOLD			3-40
3-35	Refresh Request During HOLD			3-42
3-36	Latching HLDA			3-43
3-37	Exiting HOLD			3-44
4-1	PCB Relocation Register			4-2
5-1	Clock Generator			5-1
5-2	Ideal Operation of Pierce Oscillator			5-2
5-3	Crystal Connections to Microprocessor			5-3
5-4	Equations for Crystal Calculations			5-4
5-5	Simple RC Circuit for Powerup Reset			5-7
5-6	Cold Reset Waveform			5-8
5-7	Warm Reset Waveform			5-9
5-8	Clock Synchronization at Reset			5-10
5-9	Power-Save Register			5-12
5-10	Power-Save Clock Transition			5-13
6-1	Common Chip-Select Generation Methods			6-2
6-2	Chip-Select Block Diagram			6-3
6-3	Chip-Select Relative Timings			6-4
6-4		Reset Configuration		6-5
	UCS
6-5	UMCS Register Definition			6-7
6-6	LMCS Register Definition			6-8
6-7	MMCS Register Definition			6-9
6-8	PACS Register Definition			6-10
6-9	MPCS Register Definition			6-11
6-10			Active Ranges	6-14
	MCS3:0

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