mc9s08ac32 Freescale Semiconductor, Inc, mc9s08ac32 Datasheet - Page 180
mc9s08ac32
Manufacturer Part Number
mc9s08ac32
Description
Hcs08 Microcontrollers
Manufacturer
Freescale Semiconductor, Inc
Datasheet
1.MC9S08AC32.pdf
(348 pages)
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Chapter 10 Internal Clock Generator (S08ICGV4)
10.5.11 Fixed Frequency Clock
The ICG provides a fixed frequency clock output, XCLK, for use by on-chip peripherals. This output is
equal to the internal bus clock, BUSCLK, in all modes except FEE. In FEE mode, XCLK is equal to
ICGERCLK ÷ 2 when the following conditions are met:
If the above conditions are not true, then XCLK is equal to BUSCLK.
When the ICG is in either FEI or SCM mode, XCLK is turned off. Any peripherals which can use XCLK
as a clock source must not do so when the ICG is in FEI or SCM mode.
10.5.12 High Gain Oscillator
The oscillator has the option of running in a high gain oscillator (HGO) mode, which improves the
oscillator's resistance to EMC noise when running in FBE or FEE modes. This option is selected by writing
a 1 to the HGO bit in the ICGC1 register. HGO is used with both the high and low range oscillators but is
only valid when REFS = 1 in the ICGC1 register. When HGO = 0, the standard low-power oscillator is
selected. This bit is writable only once after any reset.
10.6
10.6.1
The section is intended to give some basic direction on which configuration a user would want to select
when initializing the ICG. For some applications, the serial communication link may dictate the accuracy
of the clock reference. For other applications, lowest power consumption may be the chief clock
consideration. Still others may have lowest cost as the primary goal. The ICG allows great flexibility in
choosing which is best for any application.
180
•
•
(P × N) ÷ R ≥ 4 where P is determined by RANGE (see
MFD and RFD respectively (see
LOCK = 1.
Initialization/Application Information
Introduction
MC9S08AC60 Series Data Sheet, Rev. 2
Table
10-12).
Table
10-11), N and R are determined by
Freescale Semiconductor
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