參數(shù)資料
型號(hào): ELANSC310
英文描述: Elan SC310 - Elan SC310 Single-Chip. 32-Bit. PC/AT Microcontroller
中文描述: 義隆SC310 -伊蘭SC310單芯片。 32位。的PC / AT單片機(jī)
文件頁(yè)數(shù): 60/119頁(yè)
文件大?。?/td> 1167K
代理商: ELANSC310
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lanSC310 Microcontroller Data Sheet
45
PREL IMINARY
Notes:
All power management features will be disabled when AC power is detected via the ACIN pin being High. A register is provided
to implement “software ACIN” by writing 1 to bit 5 in the Miscellaneous 6 Register, Index 70h.
The DMA clock can be stopped except during DMA transfers. The Function Enable Register, Index B0h, controls this function.
The CPU clock speed in Low-Speed PLL mode is selectable, (see the PMU Control 3 Register, Index ADh).
The CPU Clock speed:
1. Can be programmed to run intermittently (on IRQ0) at 9.2 MHz.
2. Programmable option (but not on per-clock basis; i.e., all clocks with this note are controlled by a single ON/OFF select for
that PMU mode).
3. Programmable option, will reflect setting in Suspend mode.
4. Can be programmed to run at 9.2 MHz during temporary-on NMI/SMI handlers.
PMC and PGP Pins
The lanSC310 microcontroller supports five power
management control (PMC) pins and four programma-
ble general purpose (PGP) pins. The PMC pins can be
used to control the VCC rails of peripheral devices. The
PMC pins are related to the operating modes of the
lanSC310 microcontroller PMU. The PGP pins can be
used as general I/O chip selects for various uses.
The PMC4–PMC0 pins are controlled by Configuration
Registers at Indexes 80h, 81h, ABh, and ACh. Each
pin can be programmed to be activated upon entry into
any of the PMU modes or driven directly by software.
PMC0 can be activated when the system is in High-
Speed PLL or Low-Speed PLL modes; PMC1 when the
system is in Doze mode; PMC2 when the system is in
Sleep mode; PMC3 and PMC4 when the system is in
Suspend mode; or just about any other combination.
These pins can then be used by the system designer to
shut off power to particular peripherals when the sys-
tem enters certain modes, just as internal clocks are
slowed or stopped in these modes. Upon the rising
edge of RESIN, PMC0, PMC1, PMC2, and PMC4 are
Table 21.
PMU Modes
Mode
Description
Power On
After Power-on reset, system enters High-Speed PLL mode.
High-Speed PLL
The system will be in this mode as long as activities are detected by activity monitor (described in the Pro-
grammable Activity Mask Registers, Indexes 08h, 75h, and 76h).
Low-Speed PLL
The system will enter this mode from High-Speed PLL mode after a programmable 1/512 s to 1/2 s, or
1/16 s to 16 s of inactivity.
Doze
The system will enter this mode from Low-Speed PLL mode after a programmable 1/16 s to 16 s, or
1/2 s to 128 s of inactivity.
Sleep
The system will enter this mode from Doze mode after a programmable 4 s to 17 minutes of inactivity.
Suspend
The system will enter this mode from Sleep mode after a programmable 1/16 s to 16 s of inactivity.
Off
The system will enter this mode from Suspend mode after a programmable 1 to 256 minutes of inactivity.
Table 22.
Internal Clock States
Mode
High-Speed
CPU CLK
Low-Speed
CPU CLK
VIDEO CLK
DMA CLK
SYSCLK
8254 CLK
(Timer)
16450 CLK
(UART)
High-Speed
PLL
33/25/20 MHz
9.2 MHz
14.336 MHz
4.6 MHz
9.2 MHz
1.19 MHz
1.8432 MHz
Low-Speed
PLL
4.608/2.304/
1.152/0.567 MHz
4.608/2.304/
1.152/0.567 MHz
14.336 MHz
2.3/1.2/
0.58/0.29
MHz
9.2 MHz
1.19 MHz
1.8432 MHz
Doze
DC1
14.3 MHz/DC2
DC1
9.2 MHz/DC2 1.19 MHz/DC2 1.8 MHz/DC2
Sleep
DC
9.2 MHz/DC4
14.3 MHz/DC2 4.6 MHz/DC4
DC
1.19 MHz/DC2 1.8 MHz/DC2
Suspend
DC
9.2 MHz/DC4
14.3 MHz/DC2 4.6 MHz/DC4
DC
1.19 MHz/DC2 1.8 MHz/DC2
Off
DC
9.2 MHz/DC4
14.3 MHz/DC3 4.6 MHz/DC4
DC
1.19 MHz/DC3 1.8 MHz/DC3
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