RIGOL
DSG800 Quick Guide
21
To Output a RF Modulated Signal
This section introduces how to output an AM modulated signal by taking amplitude
modulation (AM) as an example. Set the carrier frequency to 800 MHz, the carrier
amplitude to -20 dBm, the AM modulation depth to 60% and the modulation
frequency to 20 kHz.
1.
Restore to the factory setting
Press Syst
Reset
Preset Type
"Factory" and then press Preset to
restore the instrument to the factory setting (by default, the modulation source
is internal and the modulation waveform is sine).
2.
Set the carrier frequency and amplitude
(1)
Carrier Frequency
Press FREQ, use the numeric keyboard to input the frequency value (800)
and select the desired unit (MHz) from the pop-up unit menu.
(2)
Carrier Amplitude
Press LEVEL, use the numeric keyboard to input the amplitude value (-20)
and select the desired unit (dBm) from the pop-up unit menu.
3.
Set the AM modulation parameters
(1)
Press MOD
AM to enter the amplitude modulation parameter setting
menu.
(2)
Press Depth, use the numeric keyboard to input the value of the
modulation depth (60) and select the desired unit (%) from the pop-up unit
menu.
(3)
Press Freq, use the numeric keyboard to input the frequency value (20)
and select the desired unit (kHz) from the pop-up unit menu.
(4)
Press Switch and select "On" to turn on the AM function.
4.
Turn on the RF modulation output
Press Mod/on and the backlight is illuminated. Then, press RF/on and the
backlight is illuminated. The MOD, AM and RF labels in the function status area
in the user interface are illuminated. At this point, the RF modulation output is
turned on and the [RF OUTPUT 50Ω] connector outputs RF modulated signal
according to the current configuration.
Note:
The backlights of RF/on and Mod/on must be both illuminated.
Summary of Contents for DSG800 Series
Page 1: ...RIGOL Quick Guide DSG800 Series RF Signal Generator Sept 2018 RIGOL SUZHOU TECHNOLOGIES INC...
Page 2: ......
Page 40: ......
Page 41: ...RIGOL DSG800 2018 9 RIGOL SUZHOU TECHNOLOGIES INC...
Page 42: ......
Page 44: ...RIGOL II DSG800 RIGOL RIGOL...
Page 45: ...RIGOL DSG800 III RIGOL...
Page 46: ...RIGOL IV DSG800 DANGER WARNING CAUTION...
Page 47: ...RIGOL DSG800 V 1 2 LCD WEEE Directive 2002 96 EC...
Page 49: ...RIGOL DSG800 VII I II II IV V V VI 1 1 2 7 DSG800 11 11 11 11 12 15 16 RF 16 RF 17 RF 18 19 20...
Page 50: ......
Page 51: ...RIGOL DSG800 1 1 RIGOL 2 RIGOL 3 RIGOL...
Page 52: ...RIGOL 2 DSG800 DSG800 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 1 1 2 LCD 3 5 TFT 320 240 3...
Page 54: ...RIGOL 4 DSG800 0 0 6 7 Step Step 8 Syst 9...
Page 56: ...RIGOL 6 DSG800 14 LF LF LF 15 RF RF on RF RF RF on Mod on RF RF 50 V 1 MHz 3 GHz 30 dBm 1W...
Page 57: ...RIGOL DSG800 7 DSG800 1 2 3 4 5 6 7 8 9 10 11 12 2 1 PULSE IN PULSE OUT...
Page 61: ...RIGOL DSG800 11 DSG800 AC 100 V 240 V 45 Hz 440 Hz 60 W DSG800 Syst Language...
Page 62: ...RIGOL 12 DSG800 DSG830 DSG800 1 2 3 4 5 6 3 1 2...
Page 65: ...RIGOL DSG800 15 DSG800 1 2 3 4 5...
Page 72: ...RIGOL 22 DSG800 3 U 4 U RIGOL 7 1 2 Syst 3 RIGOL 8 1 1 2 40 3 4 5 6 7 8 9 10 11 12 13...