2 invert dac output (bit 5), 13 status - address 0dh, 1 e to f c-buffer transfer – Cirrus Logic CS4265 User Manual

Page 43: 2 clock error (bit 3), 3 adc overflow (bit 1), 4 adc underflow (bit 0), Table 17, Cs4265

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DS657F3

43

CS4265

ple rate) if the signal does not encounter a zero crossing. The zero cross function is independently mon-

itored and implemented for each channel. See

Table 17

.

6.12.2

Invert DAC Output (Bit 5)

Function:

When this bit is set, the output of the DAC is inverted.

6.13

Status - Address 0Dh

For all bits in this register, a ‘1’ means the associated condition has occurred at least once since the register

was last read. A ‘0’ means the associated condition has NOT occurred since the last reading of the register.

Status bits that are masked off in the associated mask register will always be ‘0’ in this register. This register

defaults to 00h.

6.13.1

E to F C-Buffer Transfer

Function:

Indicates the completion of an E to F C-buffer transfer. See

“Channel Status Buffer Management” on

page 53

for more information.

6.13.2

Clock Error (Bit 3)

Function:

Indicates the occurrence of a clock error condition.

6.13.3

ADC Overflow (Bit 1)

Function:

Indicates the occurrence of an ADC overflow condition.

6.13.4

ADC Underflow (Bit 0)

Function:

Indicates the occurrence of an ADC underflow condition.

DACSoft

DACZeroCross

Mode

0

0

Changes to affect immediately

0

1

Zero Cross enabled

1

0

Soft Ramp enabled

1

1

Soft Ramp and Zero Cross enabled (default)

Table 17. DAC Soft Cross or Zero Cross Mode Selection

7

6

5

4

3

2

1

0

Reserved

Reserved

Reserved

EFTC

ClkErr

Reserved

ADCOvfl

ADCUndrfl

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