3
2
1
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
App
Index
Notation
The first line is a title line. The terms to be defined are expressed using the character
strings in the table below.
Title
1
Definition Description
Term Expression
[CHn.]SF CH1/CH2 source function
V/I 105
Character string
[CHn.]SR
CH1/CH2 source range
When SF=V: 0.2 to 18
2
Real number
6
When SF=I: 200E-9 to 3
3
Real number
6
[CHn.]SL
CH1/CH2 source level
When SF=V: −8.0000 to +18.0000
4
Real number
When SF=I: −3.20000 to +3.20000
5
Real number
CHn.]HL
CH1/CH2 high limit value
When SF=V: −3.20000 to +3.20000
5
Real number
When SF=I: −18.0000 to +18.0000
4
Real number
[CHn.]LL
CH1/CH2 low limit value
When SF=V: −3.20000 to +3.20000
5
Real number
When SF=I: −18.0000 to +18.0000
4
Real number
[CHn.]SD
CH1/CH2 source delay
0.000015 to 3600.000000
Real number
[CHn.]PW
CH1/CH2 pulse width
0.000050 to 3600.000000
Real number
CHn.]PB CH1/CH2 pulse base
When SF=V: −18.0000 to +18.0000
4
Real number
When SF=I: −3.20000 to +3.20000
5
Real number
[CHn.]MS
CH1/CH2 measurement ON/OFF 1/0
Integer
[CHn.]MF CH1/CH2 measurement function V/I
Character string
[CHn.]MR
CH1/CH2 measurement range
When MF=V: 0.2 to 18
2
Real number
6
When MF=I: 200E-9 to 3
3
Real number
6
[CHn.]MD
CH1/CH2 measurement delay
0.000000 to 3600.000000
Real number
[CHn.]HC
CH1/CH2 comparison upper limit −9.99999E±24 to +9.99999E±24
Real number
[CHn.]LC
CH1/CH2 comparison lower limit −9.99999E±24 to +9.99999E±24
Real number
T1
Timer 1 period
0.000000 to 3600.000000
Real number
T2
Timer 2 period
0.000000 to 3600.000000
Real number
AT
Auxiliary trigger generation
1
Integer
DO
Digital output
0x0000 to 0xFFFF
Integer
1 [CHn.] can be used to specify the channel in the title (n = 1 or 2).
2 For the 765611/765612, 0.2 to 50.
3 For the 765611/765612, 200E-9 to 1.
4 For the 765611/765612, −50.0000 to +50.0000.
5 For the 765611/765612, −1.20000 to +1.20000.
6 Interpreted as the smallest range including the real number.
Note
• The channel of the title line in which the channel is not specified is considered CH1.
• If a file in which one channel is defined is loaded, the data is applied to the channel in which
the file is loaded regardless of the channel defined in the file.
For example, if a program file in which CH2 is defined in the title line is loaded into CH1, the
contents are applied to CH1 and not to CH2.
Single-Step Sweep
(See section 6.4 for the procedure)
The new setting is not immediately applied to the source but applied based on a source
trigger after the sweep operation is started.
Single-step sweep allows setting changes of multiple channels to be applied
simultaneously. For example, if setting changes of multiple channels and trigger control
are performed via communications from your PC, simultaneous sweep of multiple
channels exceeding 100000 steps can be achieved.
Once a sweep operation is started using single-step sweep, the sweep operation is never
automatically stopped. The sweep operation end when you turn the output OFF or set
zero source.
2.5 Sweep
2-23
IM 765601-01E
Explanation of Functions
