Data Format
Format:
<ECN>:<CODE>:<DATA>:;
Example:
201:A:100000:;
Set frequency to 10 kHz
<ECN>: ID, always: 201
<CODE>: Data type as follows:
A:↔
Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
B:↔
Waveform
(0: Sine, 1: Triangle, 2: Square)
C:↔
Mode
(0: Normal, 1: Sweep, 2: Modulation)
D:↔
PLL Reference Enabled
(0: Disabled, 1: Enabled)
E:↔
PLL Factor
(in 0.1x)
[Min = 10, MAX = 9999]
F:↔
PLL Offset
(in 1 Hz)
[Min = -1000000000, MAX = 1000000000]
G:↔
Start-up Waveform
(0: Sine, 1: Triangle, 2: Square)
H:↔
Start-up Frequency
(in 0.1 Hz) [Min = 1, MAX = 100000000]
I:↔
Calibration Offset
(in 1x)
[Min = -10000, MAX = 10000]
J:↔
Sweep Start Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
K:↔
Sweep Stop Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
L:↔
Sweep Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100]
M:↔
Modulation Type
(0: FSK, 1: PSK)
N:↔
FSK Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
O:↔
PSK Phase
(in 0.1°)
[Min = 1, MAX = 3599]
P:↔
Modulation Source
(0: Internal, 1: External)
Q:↔
Internal Modulation Frequency
(in 0.1 Hz) [Min = 1, MAX = 10000]
R:↔
Sweep Mode
(0: LOOP, 1: SWING)
S:
<reserved>
T:
→
Get Settings
[
Data ignored
]
U:
←
Keep Alive
[
Data ignored
]
V:
→
Return from Sweep/Mod
[
Data ignored
]
W:
<reserved>
X:
←
Hardware Revision
[
Number
]
Y:
←
Firmware Revision
[
Number
]
Z:
←
Product ID
[
Number
]
1:
→
Preset 1 Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
2:
→
Preset 1 Waveform
(0: Sine, 1: Triangle, 2: Square)
3:
→
Preset 2 Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
4:
→
Preset 2 Waveform
(0: Sine, 1: Triangle, 2: Square)
5:
→
Preset 3 Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
6:
→
Preset 3 Waveform
(0: Sine, 1: Triangle, 2: Square)
7:
→
Preset 4 Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
8:
→
Preset 4 Waveform
(0: Sine, 1: Triangle, 2: Square)
9:
→
Preset 5 Frequency
(in 0.1 Hz)
[Min = 1, MAX = 100000000]
0:
→
Preset 5 Waveform
(0: Sine, 1: Triangle, 2: Square)
To load a preset:
Use the 'Get Settings' command to retrieve Preset 1-5's values. Then use the
'A' and 'B' commands to set the desired frequency and waveform.
43
Summary of Contents for AE20125
Page 1: ...20125 10 MHz Sweep DDS Function Generator Assembly and Operation Manual...
Page 2: ...REV 3 1 EN 2015 Ascel Electronic...
Page 23: ...Finished Component Side Finished Solder Side without the LCD LCD Mounting 16...
Page 30: ...Operation Menu Structure 23...
Page 40: ...Circuit Diagram Part 1 2 33...
Page 41: ...Part 2 2 34...
Page 51: ......
Page 52: ...ASCEL ELECTRONIC www ascel electronic de 2015...
