COREAI-M datasheet(10/25 Pages) ACTEL

10 / 25 page

CoreAI

v2.0

Internal CoreAI Registers

The internal register address map and reset values of

each APB-accessible register for CoreAI are shown in

Table 9 on page 11. In the case of 8-bit APB reads and

writes (APB_16BIT_DATA = 0), each PADDR[4:0] address is

significant and contains the byte listed in the far right

column; however, when 16-bit APB reads and writes are

used

(APB_16BIT_DATA = 1),

PADDR[4:1]

addresses

contain one 16-bit word, where each two adjacent rows

in Table 9 on page 11 contain the low-order and high-

order bytes, consecutively (PADDR[0] is unused in this

case).

Table 10 on page 12 through Table 31 on page 17

describe the various APB-accessible registers within

CoreAI. Unless otherwise stated, each register can be

read from or written to by an internal or external

microprocessor/microcontroller. All registers are listed

assuming 8-bit APB reads and writes; if 16-bit APB reads

and writes are used, add 8 to each item in the "Bits"

column for high-order bytes (Table 11 on page 12,

Table 15 on page 13, Table 17 on page 13, Table 19 on

page 14, Table 21 on page 14, Table 23 on page 14,

Table 25 on page 15, Table 29 on page 16, and Table 31

on page 17).

When reading from register bits that are write-only or

unused (reserved), a logic 0 will be returned. When

writing to register bits that are read-only or unused

(reserved), no action takes place.

The INTERRUPT output is generated as the logical OR of

the interrupt enable bits (INTEN[14:0]) ANDed with the

interrupt status bits (INT[14:0]), as shown in Figure 4.

Table 7 • Settings for ATx Inputs

CFG_ATx Bit-Position Values ('X' indicates "don’t care")

ATx Input Usage

654

Temperature Monitor (default)

Digital Input

Voltage Monitor

XXX

Disabled

Table 8 • Settings for Gate Driver Usage

CFG_GDx Bit-Position Values ('X' indicates "don’t care")

Gate Driver Usage

876

432

XXX

Gate

Driver

(AGx)

controlled

DDGDONx input

XXX

Reserved (unused)

Disabled (GDONx and AGx)

Figure 4 • CoreAI Interrupt Logic

INTEN[14]

INT[14]

INTEN[0]

INT[0]

INTERRUPT

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