ADATE207

Rev. 0 | Page 28 of 36

Name:

Waveform D3 Vernier Delay and Action

Address:

0x0C

Type:

Read/Write

Table 26. Waveform D3 Vernier Delay and Action

Position

Description

Reset State

Bits[5:10]

D3 Vernier Delay: The vernier delay is represented in binary by the equation, vvvvvv × (2.5 ns/64)

Undefined

Bits[09:04]

Not Used.

D3 Action: A binary encoded data field.

0x0 = no action.

0x1 = drive low.

0x2 = drive high.

0x3 = force off.

Bits[03:00]

0x4 = force on.

Undefined

0x5 = force down.

0x6 = force up.

0x7 = edge compare low.

0x8 = edge compare high.

0x9 = edge compare off.

0xA = edge compare valid.

0xF = close window/compare unknown.

Name:

Waveform D3 Course Delay

Address:

0x0D

Type:

Read/Write

Table 27. Waveform D3 Course Delay

Position

Description

Reset State

Bits[15:00]

D3 Course Delay. Number of 2.5 ns clock periods to count.

Undefined

When this count is completed, the vernier delay (defined by the D3 vernier value programmed into

the waveform D3 vernier delay and action register) is added to the D3 course delay to place an edge

in time.

Waveform D3 vernier delay and action must be written immediately before this register for the

waveform memory to be correctly written.

Name:

Calibration Memory D0

Address:

0x0E

Type:

Read/Write

Table 28. Calibration Memory D0

Position

Description

Reset State

Bits[15:08]

Not Used.

0x000

Bits[07:00]

D0 Calibration Constant (CCCCCCCC). The calibration delay is represented in binary by the equation

CCCCCCCC × (2.5 ns/64).

Undefined