BENCHTOP PLATFORM
Dual, four, eight or twelve channel 1.25GS/s & 2.5 GS/s 16 bit, or dual, four or six channel 9GS/s 16 bit, AWG & AWT configurations
Real time data streaming directly to the FPGA for continuous and infinite waveform generation
Excellent phase noise and spurious performance
User customizable FPGA for application specific solutions
Standalone 4U, 19” wide benchtop platform, with 9” touch display, USB 3.0, 10G
Ethernet and thunderbolt high speed interfaces
Integrated NCO for digital up-converting to microwave frequencies
9GHz bandwidth, 2.7GS/s 12 bit digitizer option for feedback control system and conditional waveform generation
Innovative task oriented sequence programming for maximum flexibility to generate any imaginable scenario
Up to 16GS/s waveform memory with the ability to simultaneously generate and download waveforms.
Standalone and easy to use
The benchtop version of the Proteus series offers up to 12 channels in a 4U, 19” benchtop box. With a 9” touch display and on-board PC the benchtop platform enables users to program the instrument without the need of an external PC. Users can program the instrument from the on-board PC using various programming environments such as Matlab, LabView, Python,and more. So for synchronized, phase coherent, multi-channel applications such as quantum physics and radar applications the Proteus arbitrary waveform transceiver is an ideal, high performance and cost effective solution.
Ultra-fast data transfer rates
Spending more time setting up your generated scenario than actually running it? The Proteus Benchtop platform utilizes PCI express Gen 3x8 lanes connection that enables up to 64Gb/s of data transfer speed. This enable the Proteus arbitrary waveform transceiver to offer the fastest waveform download available on the market today, saving you one of your most valuable resources, time.
Feedback control system
Many of today’s applications, require conditional waveform generation depending on input signals from the environment. The Proteus arbitrary waveform transceiver flawlessly integrates both DAC and ADC in one system, controlled by a single FPGA for optimal synchronization and minimum latency. This high speed control system provides a feedback loop for fast decision making on the fly with minimum latency.
Generate any imaginable scenario
The new series offers an innovative task oriented sequence programming where user can change the full instrument set up at every line of the task table. In addition, not only can users of the Proteus series instruments generate and download waveforms simultaneously, they can stream data directly to the FPGA without the need to use the built in memory. This enables generating random, unique and infinitely long scenarios directly from the controlling PC at DAC speeds of up to 6GS/s. So no matter whether your scenario is extremely complex, infinite or even dynamic you can generate it with the Proteus series model.
GENERAL CHARACTERISTICS
P9082/4/6B
P2582/4/8/12B
P1282/4/8/12B
MAX. SAMPLE RATE
9GS/s
2.5GS/s
1.25GS/s
RESOLUTION
16-bit(1)
ENOB AT MAX. FREQUENCY
TBD
NUMBER OF CHANNELS
2/4/6
2/4/8/12
2/4/8/12
BANDWIDTH
9GHz(2)
4.5GHz(3)
5GHz(2)
2.5GHz(3)
2.5GHz(2)
1.25GHz(3)
MEMORY
Up to 16GS
Up to 8GS
Up to 4GS
INTERFACE
USB 3.0, 10GE, Thunderbolt 3
LATENCY / SYSTEM DELAY
200ns
FINE DELAY
-5ns to 5ns
DELAY RESOLUTION
5ps resolution
COARSE DELAY
0 to wavelength in 1 sample point resolution
INITIAL SKEW BETWEEN CHANNELS
0ps
(1) Depending on sampling mode (2) Direct output option (3) DC output option
ARBITRARY / TASK TABLE
P9082/4/6B
P2582/4/8/12B
P1282/4/8/12B
MINIMUM SEGMENT LENGTH
NORMAL
FAST SEGMENT
2048 points
128 points
1024 points
64 points
WAVEFORM GRANULARITY
STANDARD OPTIONAL
64 points
32 points
32 points
16 points
SEGMENTS
2^15
SEGMENT LOOPS
2^20
SEQUENCES
2^15
SEQUENCE TABLE ENTRIES
2^15
SEQUENCE LOOPS
2^20
ADVANCED SEQUENCES TABLE ENTRIES
1024
SIGNAL PURITY
DC OUTPUT
DIRECT OUTPUT
HARMONIC DISTORTION
fout = 100 MHz
<-75 dBc (typ)
<-80 dBc (typ)
fout = 10 MHz - 500 MHz, DC to 2 GHz
<-70 dBc (typ)
<-75 dBc (typ)
fout = 10 MHz ... 3 GHz, DC to 4.5 GHz
<-65 dBc (typ)
<-70 dBc (typ)
fout = 10 MHz ... 7 GHz, 5 to 10 GHz
TBD
SFDR
fout = 10 MHz…1 GHz DC to 1 GHz
-85 dBc (typ)
<-85 dBc (typ)
fout = 1 GHz…3 GHz , DC to 3 GHz
-75 dBc (typ
<-75 dBc (typ)
fout = 3 GHz…4.5 GHz , DC to 4.5 GHz
-65 dBc (typ)
<-65 dBc (typ)
fout = 3 GHz…4.5 GHz , DC to 4.5 GHz
100us Full bandwidth
-<70 dBc (typ)
fout = 7 GHz, 6 to 8 GHz (2nd Nyquist)
<6us Narrow bandwidth (<10% BW)
-<70 dBc (typ)
PHASE NOISE (@10kHz offset)
fout = 187.5MHz
-130 dBc/Hz
fout = 375MHz
-125 dBc/Hz
fout = 750MHz
-120 dBc/Hz
fout = 2GHz – 5GHz
-110 dBc/Hz
fout = 5GHz - 7GHz
-105 dBc/Hz
DC OUTPUT
OUTPUT TYPE
Single-ended or differential, DC-coupled
IMPEDANCE
50 Ω (nom)
AMPLITUDE
100 mVp-p to 1.2 Vp-p
AMPLITUDE RESOLUTION
±(3% of amplitude ±2 mV)
VOLTAGE WINDOW
±2V
OFFSET RESOLUTION
1mV
DC OFFSET ACCURACY
±(2.0% of offset±10 mV)
SKEW BETWEEN NORMAL AND COMPLEMENT OUTPUTS
0 ps
RISE/FALL TIME (20% TO 80%)
<150 ps (typ)
JITTER (PEAK-PEAK)
<15 ps (typ)
OVERSHOOT
<5% (typ)
CONNECTOR TYPE
SMA
DIRECT OUTPUT (OPTIONAL)
OUTPUT TYPE
Single-ended or differential, AC coupled
IMPEDANCE
50 Ω (nom)
AMPLITUDE
600mVpp, single-ended into 50 Ω
AMPLITUDE RESOLUTION
1mV
AMPLITUDE ACCURACY
±(3% of amplitude ±2 mV)
BANDWIDTH
-3dB analog BW
2ND Nyquist zone BW
100 kHz to 4.5 GHz (typ) Up to 9GHz
CONNECTOR TYPE
SMA
REFERENCE CLOCK OUTPUT
FREQUENCY
10MHz / 100MHz selectable
CONNECTOR
SMP
MARKER OUTPUTS
P9082/4/6B
P2582/4/8/12B
P1282/4/8/12 B
NUMBER OF MARKERS
8/16/24
8/8/16/24
4/4/8/12
OUTPUT TYPE
Single Ended
OUTPUT IMPEDANCE
50 Ω (nom)
LEVEL
100 mVp-p to 1.2 Vp-p with 40mV resolution
RISE/FALL TIME (20% TO 80%)
<400ps
MARKER TO DIRECT/DC OUT
<1SCLK
WIDTH
User defined, in points
DELAY CONTROL
Position control in points
RANGE
0 - waveform length
RESOLUTION
8 points
2 points
CONNECTOR TYPE
SMP
SYNC CLOCK OUTPUT
FREQUENCY
1/64 of the sample clock frequency
CONNECTOR
SMP
SAMPLE CLOCK OUTPUT
SOURCE
Selectable, internal synthesizer or sample clock input
FREQUENCY RANGE
SCLK Range
OUTPUT AMPLITUDE
400 mVpp (nom), fix
INPUT IMPEDANCE
50 Ω (nom), AC coupled
AMPLITUDE ACCURACY
±(3% of amplitude ±2 mV)
TRANSITION TIME (20% TO 80%)
20 ps (typ)
CONNECTOR
SMA
TRIGGER/GATE AND EVENT INPUT
INPUT RANGE
±5 V
THRESHOLD RANGE RESOLUTION SENSITIVITY
–5 V to +5 V
100 mV
200 mV
JITTER @ MAX CLOCK
3.2ns (200ps optional)
POLARITY
Pos or Neg
DRIVE
Selectable channel 1, channel 2 or both
INPUT IMPEDANCE
1 k or 50 Ω (nom), DC coupled
MAX TOGGLE FREQUENCY
TBD
MINIMUM PULSE WIDTH
TBD
CONNECTOR TYPE
SMP
FAST SEGMENT DYNAMIC CONTROL INPUT (OPTIONAL)
NUMBER OF ADDRESSABLE SEGMENTS OR SEQUENCES
256
DATA RATE
TBD
SET-UP TIME
TBD
HOLD TIME
TBD
INPUT RANGE LOW LEVEL HIGH LEVEL
0 V to +0.7 V
+1.6 V to +3.6 V
IMPEDANCE
TBD
CONNECTOR
TBD
REFERENCE CLOCK INPUT
INPUT FREQUENCIES
10MHz / 100MHz
selectable
LOCK RANGE
± 1MHz
INPUT LEVEL
0.2 Vp-p to 3.0 Vp-p
IMPEDANCE
50 Ω, AC coupled (nom)
CONNECTOR TYPE
SMP
SAMPLE CLOCK INPUT
FREQUENCY RANGE
SCLK Range
INPUT POWER RANGE
+0 dBm to +7 dBm
DAMAGE LEVEL
+8 dBm
INPUT IMPEDANCE
50 Ω nom, AC coupled
CONNECTOR TYPE
SMA
ORDERING INFORMATION
MODEL
DESCRIPTION
P1282B
1.25GS/s, 16Bit, AWG, 1GS/s Memory, 2CH, 4 Markers
P1284B
1.25GS/s, 16Bit, AWG, 1GS/s Memory, 4CH, 4 Markers
P1288B
1.25GS/s, 16Bit, 2GS Memory, 8CH 8 Markers
P12812B
1.25GS/s, 16Bit, 2GS Memory, 12CH 12 Markers
P2582B
2.5GS/s, 16Bit, 2GS Memory 2CH, 8 Markers
P2584B
2.5GS/s, 16Bit, 2GS Memory, 4CH, 8 Markers
P2588B
2.5GS/s, 16Bit, 2GS Memory, 8CH 16 Markers
P25812B
2.5GS/s, 16Bit, 2GS Memory, 12CH, 24 Markers
P9082B
9GS/s 16Bit, 4GS Memory 2CH, 8 Markers
P9084B
9GS/s 16Bit, 4GS Memory 4CH, 16 Markers
P9086B
9GS/s 16Bit, 4GS Memory 6CH, 24 Markers
OPTION
4M1
4GS Memory option for models P1282B and P2582B
4M2
4GS Memory option for models P1284B and P2584B
4M3
4GS Memory option for models P1288B, P2588B and P9084B
4M4
4GS Memory option for models P12812B, P25812B and P9086B
8M1
8GS Memory option for models P1282B and P2582B
8M2
8GS Memory option for models P1284B, P2584B and P9082B
8M3
8GS Memory option for models P1288B, P2588B and P9084B
8M4
8GS Memory option for models P12812B, P25812B and P9086B
16M1
16GS Memory option for models P9082B
16M2
16GS Memory option for models P9084B
16M3
16GS Memory option for models P9086B
DO1
9GHz BW Direct Output option for models P1282B and P2582B
DO2
9GHz BW Direct Output option for models P1284B, P2584B and P9082B
DO3
9GHz BW Direct Output option for models P1288B, P2588B and P9084B
DO4
9GHz BW Direct Output option for models P12812B, P25812B and P9086B
FS1
Fast Segment Control option for models P1282B and P2582B
FS2
Fast Segment Control option for models P1284B, P2584B and P9082B
ORDERING INFORMATION
OPTION
FS3
Segment Control option for models P1288B, P2588B and P9084B
MRK1
x8 Extra Markers option for models P1282B and P2582B
MRK2
x8 Extra Markers option for models P1284B,P2584B and P9082B
MRK3
x16 Extra Markers option for models P1288B, P2588B and P9084B
LTJ1
Ultra Low Trigger Jitter (200ps typ.) option for models P1282B and P2582B
LTJ2
Ultra Low Trigger Jitter (200ps typ.) option for models P1284B, P2584B and P9082B
LTJ3
Ultra Low Trigger Jitter (200ps typ.) option for models P1288B, P2588B and P9084B
LTJ4
Ultra Low Trigger Jitter (200ps typ.) option for models P12812B, P25812B and P9086B
G1
Low Waveform Granularity option for models P1282B and P2582B
G2
Low Waveform Granularity option for models P1284B, P2584B and P9082B
G3
Low Waveform Granularity option for models P1288B, P2588B and P9084B
G4
Low Waveform Granularity option for models P12812B, P25812B and P9086B
AWT1
9GHz BW, 2.7GS/s 12 Bit 1CH Digitizer option for models P1282B and P2582B
AWT2
9GHz BW, 2.7GS/s 12 Bit 1CH Digitizer option for models P1284B, P2584B and P9082B
AWT3
9GHz BW, 2.7GS/s 12 Bit 2CH Digitizer option for models P1288B, P2588B and P9084B
FPGA PROG
FPGA Programming Capability with built-in Demodulation and digital Filters
ARTIQ Core
ARTIQ Core integration to allow simply FPGA control & programming
商品属性 [频率] 2.5GHz/1.25GHz(Depending on sampling mode) [通道数] 2/4/8/12