MC68HC908EY16 Datasheet, PDF (270/278 Pages) Motorola, Inc – Microcontrollers

Revision History
Changes from Rev 7.0 published in March 2004 to Rev 8 published in July 2005
Section
Memory
Internal Clock
Generator (ICG)
Module
Low-Voltage Inhibit
(LVI) Module
Input/Output (I/O)
Ports (PORTS)
Enhanced Serial
Communications
Interface (ESCI)
Module
System Integration
Module (SIM)
Serial Peripheral
Interface (SPI)
Module
Timer Interface A
(TIMA) Module
Timer Interface B
(TIMB) Module
Development Support
Electrical
Specifications
Appendix A
MC68HC908EY8
Page (in Rev 8)
26 on
80
103
117
118
129
158
163, 164
170
170
186
216
221
225
232
234
239
243
247
267
269
279
Description of change
Added ICGT at $FF80 in Figure 2-1 and Figure 2-2.
Removed overbars from OSC1 and OSC2 in Figure 8-1.
Added 8.7.4 ICG Trim Value.
New introductory paragraph in 11.3 Functional Description. Modified
sections 11.3.1, 11.3.2, 11.5.1, 11.5.2.
Changed “to disable LVI resets” to “to enable LVI resets” in 11.3.1 Polled LVI
Operation.
Deleted “for 32 to 40 CGMXCLK cycles” from last sentence in 11.3.4 LVI
Status Register.
Modified Figure 12-13.
Changed “11-bit” to “13-bit” and “12-bit” to “14-bit” in Table 13-6.
Changed “...is clocked with one half...” to “...is clocked with one quarter...”
New introductory paragraph in 14.3.1 External Pin Reset.
Updated and moved Table 14-2.
Changed SS pin to from input/output to input only in Figure 15-2.
Changed PTEx/TCHx to PTDx/TCHx in Figure 17-3.
Added para to note after TSTOP — TIMA Stop Bit
New Table 17-2.
Changed “TCHxH–TCHxL” to ”TBCHxH–TBCHxL” in 18.3.2 Input Capture.
Changed PTEx/TCHx to PTBx/TCHx in Figure 18-3.
Added para to note after TSTOP — TIMB Stop Bit
New Table 18-2.
Whole chapter replaced with new version.
Changed values of Hi-Z leakage current in 20.5 DC Electrical
Characteristics.
Changed specification for resistance and capacitance values for
EXTSLOW = 1 and EXTSLOW = 0, in 20.8 External Oscillator
Characteristics.
Added appendix describing the MC68HC908EY8
MC68HC908EY16 • MC68HC908EY8 Data Sheet, Rev. 10
270
Freescale Semiconductor