Arbitrary Waveform Generator
AWG4100

The AWG4100 instrument is a high-performance arbitrary waveform generator with multiple channels. AWG4100 has four independent single-ended waveform output channels, with up to 1.2 GSa/s sampling rate and 16 bit vertical resolution. Combined with flexible user-defined waveform editing and sequence playback functions by programming up to 512 MSa waveform storage per channel, it can easily handle with the com- plex waveform in many different scenarios.

Support synchronization of multiple devices
Flexible playback mode, supporting independent and combined playback
Independent Marker signal output and Trigger signal input for each channel
1.2 GSa/s, 330 MHz bandwidth
4-channels independent output
1 Vpp maximum amplitude
16 bit vertical resolution
complex waveform supports sequence playback

Support synchronization of multiple devices
Flexible playback mode, supporting independent and combined playback
Independent Marker signal output and Trigger signal input for each channel
4-channels independent output
1 Vpp maximum amplitude
16 bit vertical resolution
1.2 GSa/s, 330 MHz bandwidth
complex waveform supports sequence playback

Applications

Quantum Computing(超导,离子阱,激光冷却等)

Quantum Computing

Radar / Lidar

NMR ( Nuclear Magnetic Resonance )

NMR

Semiconductor Testing

Specifications

Featured Waveform Examples

Featured Waveform Examples

Software Interface

Specifications

Arbitrary Waveform Generator
Number of channels	4
Vertical resolution	16 bit
Waveform memory for each channel	512 MSa
Analog bandwidth	330 MHz
Waveform granularity	4 samples
Minimum waveform length	8 samples
Sequence programmer clock frequency	Sampling rate divided by 4
Marker outputs	1 per channel, SMA connector (front panel)

Wave Signal Output
Connector	SMA
Output impedance	50 Ω
Output coupling	DC
Output mode	Direct output
Output range	1 Vpp （into 50 Ω）
Offset voltage	< 1 mV （into 50 Ω）
Phase noise	< -110 dBc/Hz @100 MHz
Voltage noise	< 20 nV/√Hz @100 kHz

Inputs
Trigger input	channel, SMA connector (front panel)
Trigger input impedance	50 Ω
Trigger input amplitude range	3.3 V (into 50 Ω)
Reference clock input	BNC connector (rear panel)
Reference clock input frequency	10/100 MHz

Time- and Frequency-domain Characteristics
Sampling rate	1.2 GSa/s
Rise time (20% to 80%)	< 1 ns （± 500 mV）
Skew between outputs	< 150 ps

Connectivity and others
Host connection	LAN / Ethernet，1 Gbps
Size	258 mm * 291.88 mm * 93 mm
Weight	2.9kg

Arbitrary Waveform Generator
Number of channels	4
Vertical resolution	16 bit
Waveform memory for each channel	512 MSa
Analog bandwidth	330 MHz
Waveform granularity	4 samples
Minimum waveform length	8 samples
Sequence programmer clock frequency	Sampling rate divided by 4
Marker outputs	1 per channel, SMA connector (front panel)

Wave Signal Output
Connector	SMA
Output impedance	50 Ω
Output coupling	DC
Output mode	Direct output
Output range	1 Vpp （into 50 Ω）
Offset voltage	< 1 mV （into 50 Ω）
Phase noise	< -110 dBc/Hz @100 MHz
Voltage noise	< 20 nV/√Hz @100 kHz

Inputs
Trigger input	channel, SMA connector (front panel)
Trigger input impedance	50 Ω
Trigger input amplitude range	3.3 V (into 50 Ω)
Reference clock input	BNC connector (rear panel)
Reference clock input frequency	10/100 MHz

Time- and Frequency-domain Characteristics
Sampling rate	1.2 GSa/s
Rise time (20% to 80%)	< 1 ns （± 500 mV）
Skew between outputs	< 150 ps

Connectivity and others
Host connection	LAN / Ethernet，1 Gbps
Size	258 mm * 291.88 mm * 93 mm
Weight	2.9kg

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