MC68HC08AS32 Datasheet, PDF (4/280 Pages) Motorola, Inc – M68HC08 Family of 8-bit microcontroller units (MCUs)

Date
July, 2003
July 2005
Revision History
Revision
Level
4
4.1
Description
Formatted to current publication standards
Figure 2-2. Control, Status, and Data Register — Updated figure to include
reset values, page references, and corrected reset states for DDRA
Figure 3-3. ADC Status and Control Register (ADSCR) — Expanded
definition of COCO bit for clarity.
Figure 5-2. CGM I/O Register Summary — Updated figure to include reset
values and page references
Figure 13-3. SIM I/O Register Summary — Updated figure to include reset
values and page references
Figure 16-2. Break I/O Register Summary — Updated figure to include reset
values and page references
Figure 8-3. IRQ I/O Register Summary — Updated figure to include reset
values and page references
Figure 11-1. I/O Port Register Summary —Updated figure to include reset
values, page references, and corrected reset states for DDRA
Figure 11-3. Data Direction Register A (DDRA) — Corrected reset states
Figure 11-17. Port F Data Register (PTF) — Corrected figure title
Section 15. Timer Interface (TIM) — Timer discrepancies corrected throughout
this section.
Figure 12-2. SCI I/O Register Summary — Updated figure to include reset
values and page references
12.3.6 Idle Characters — Added note for clarity
Figure 14-3. SPI I/O Register Summary — Updated figure to include reset
values and page references
Figure 4-3. BDLC I/O Register Summary — Updated figure to include reset
values and page references
17.2 Functional Operating Range — Corrected operating temperature range
value
17.4 5.0-Volt DC Electrical Characteristics — Added maximum rating for V_DD
+ V_DDA/V_DDREF supply current in stop mode at –40°C to 125°C
18.4 64-Pin Quad Flat Pack (Case 840B) — Corrected diagram for case 840B
Updated to meet Freescale identity guidelines
Page
Number(s)
Throughout
29
50
91
185
252
129
139
141
152
227
157
161
205
57
264
265
277
Throughout
Data Sheet
4
MC68HC08AS32 — Rev. 4.1
Freescale Semiconductor