Quantum Computing(超导,离子阱,激光冷却等)
Quantum Computing
Radar / Lidar
NMR ( Nuclear Magnetic Resonance )
NMR
Semiconductor Testing
Arbitrary Waveform Generator
AWG4100
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
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 |
Address
CIQTEK Hefei : 1-4F, Area A, E2 Building, Innovation Industrial Park II, High-tech District, Hefei, Anhui
CIQTEK Wuxi : No. 2 Zhanqian Road, Huishan Intercity Railway Station, Huishan District, Wuxi
CIQTEK Shanghai : Room 8405，No.315 Emei Road, North Bund, Hongkou District, Shanghai
Contact us
Tel : +86-551-62835225
(工作日 9:00-18:00)
Email : gylz@ciqtek.com
Website : www.ciqtek.com
Overview
