Tegam 2411B, Operation Manual

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Chapter 8 Advanced Remote Operation
Arbitrary Sync Pattern Programming - Block Sync Programming
Start/Length Sync Programming (continued)
Example : Set a sync pattern in Sync #2 with pulses beginning at 0, 30 and 50
with corresponding widths of 10, 15 and 20.
WVFM:SYNCX 2, 0,10, 30,15, 50,20
Block Sync Programming
Send either individual sync data values or a binary block of sync data to the waveform memory. Only sync data is
affected, waveform data remains unchanged.
WVFM:MEMS
{<start_addr>,
<decimal_data_val | arb_data_block> [,
<decimal_data_val | arb_data_block>]...}
Each sync point is represented by the lower order 4 bits of a single byte as shown below:
7 6 5 4 3 2 1 0 Bit#
0 0 0 0 SYNC4 SYNC3 SYNC2 SYNC1
<start_addr> Specifies the starting point of the programmed data in the selected waveform and ranges
from 0 to the size of the waveform -1.
<decimal_data_val> A single data value between 0 and 15.
Example : 5 sync data points
WVFM:MEMS 0,1,2,4,8,8
Programs 4 sync points as shown below:
SYNC1 Start=0 (Len=1)
SYNC2 Start=l (Len=1)
SYNC3 Start=2 (Len=1)
SYNC4 Start=3 (Len=2)
<arb_data_block> A single binary data block holding up to 4096 sync values. A sequence of comma separated
blocks may be used to cover large memory areas. This is fastest way for data transfer and thus
the preferred method.
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