25
7
speed
0, 1
0: fast 1: slow
8
clear
0, 1
0: short 1: open
9
beeper
0, 1
0: on
1: off
10
trigger mode
0, 1
0: continuous 1: single
11 equivalent
model
0, 1
0: serial connection 1: parallel connection
12
serial interface 0, 1
0: off (only receiving)
1: on (receiving and sending)
13
sorting mode
0, 1
0: P1 1: P3
14 impedance 0,
1
0: 30
Ω
1:100
Ω
15
∼
20 main
parameter
data
0~9, “.”,
“-”
from high digit to low digit
21
∼
26 sub parameter
data
0
∼
9, “.”,
“-”
from high digit to low digit
L-Q
C-D
R/Z-Q
0 uH
pF
Ω
1 mH
nF
k
Ω
2 H
uF
M
Ω
27 unit
of
main
parameter or
%
0, 1, 2, %
% percentage deviation
P3
P1
0 NG
(not
qualified)
D/QNG (sub parameter
is more than limit)
1 P1 (first-class)
PASS (pass)
2 P2
(second-class)
HI (more than high
limit)
3 P3 (third-class)
LO (less than low limit)
4
D/QNG & HI
28
sorting output 0, 1, 2, 3,
4, 5
5
D/QNG & LO
29
current range
0, 1, 2, 3,
4, 5
five following ranges:
0: 100k
Ω
1: 10k
Ω
2: 1k
Ω
3: 100
Ω
4: 31.6
Ω
5v10
Ω
30
end bit
}
no special meaning
Table 2-5 Format of Serial Data Transfer
Note 1: In Th2618B: resistance (R) & dissipation (D)
Note 2: In Th2775B: resistance (R) & quality factor (Q)
The control command of TH2810B serial interface is listed in Table 2-6
(computer TH2810B, in the fo
→
rm of ASCII code).
In the following table, each command can only be sent alone, and you are not
allowed to send more than two commands once. Each command starts with
{ and ends with }. Command with wrong format can’t change corresponding
function, and will be dealt with as invalid command by the instrument. It’s
