Specifications
Table 6: Analog output skew (cont.)
Characteristics Description
Skew adjustment resolution 250 fs
Skew stability between channels
Sync out to channel < ±0.5 ps/ °C
Channel to channel < ±0.5 ps/ °C (±0.18 ps/ °C @ 1 GHz)
Phase adjustment Used to adjust s kew between all channels in an instrument relative to another instrument.
Range
-8,640° to +8,640° of the DAC clock.
Resolution
1° of the DAC clock.
Table 7
: Signal output characteristics
Characteristics Description
Connector type 2 SMA connectors per channel.
Number of outputs AWG5202: 2.
AWG5204: 4.
AWG5
208: 8.
DAC
resolution
16, 15, 14, 13 or 12 bits.
Ena
bling markers degrades resolution.
16-bit mode: 0 markers available.
15-bit mode: 1 marker, M1.
14-
bit mode: 2 markers, M1, M2.
13-bit mode: 3 markers, M1, M2, M3.
12-bit mode: 4 markers, M1, M2, M3, M4.
Type of outputs
Output path
DC High BW (+) and (–) complementary (differential).
Includes a variable gain, high bandwidth, DC coupled amplifier in the signal path.
DC High Volt
(Option HV)
(+) and (–) complementary (differential).
An additional amplifier adds high amplitude with reduced bandwidth.
AC Direct Single ended output from the (+) connector.
A d irect connection to the DAC output including a balun to reduce common mode distortion.
The AC Direct path offers the lowest noise and distortion performance.
AC Amplified
(Option AC)
Single ended output from the (+) connector.
Includes an amplified path and a passive variable attenuator path to provide a large output
amplitude range.
ON/OFF control Independent control for each analog output channel.
Output impedance 50 Ω
AWG5200 Series Technical Reference 5
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