- Home
- Technical Products
Enterprise Cloud IT Solutions
Test Measurement
- Solutions
Enterprise Cloud IT Solutions
Test Measurement
Industrial Internet of Things
- Resource Center
- About Us
EN
Hi-Tech 14-bit, 17GS/s, 5V Desktop
Arbitrary Waveform Generator TS-AWG7000 Series
TS-AWG7000 Series
The TS-AWG7000 series is a 14-bit arbitrary waveform generator with a real-time update rate of 17 GS/s, available in 2-channel or 4-channel models.The TS-AWG7000 is capable of generating sinusoidal waveforms up to 6.5 GHz, and at the same time offers a very intuitive and easy-to-use user interface thanks to the Simple Rider software. With a bandwidth of 10 GHz, a maximum output voltage amplitude of 5 Vpp, and a memory depth of up to 9 G sample points, the TS-AWG7000 is ideal for a wide range of physics experiments, fast quantum key distribution (QKD), quantum sensing, light and opto-electronics, radio frequency and aerospace applications.
Fast 50 ps rise time at 5 Vpp maximum output amplitude.
Pulsed-code generator option allows you to generate binary streams via front-end SMA connectors with an update rate of 6.5 Gbps: the flexibility of built-in PRBS sequencing, modulation functions, conversion shaping and a powerful analog front-end make SPG the perfect tool for the most challenging applications. Dedicated in-chassis synchronization bus allows multi-instrument synchronization of up to 4 units: 16 analog and 128 digital channels for powerful mixed-signal generators.
- 17GS/s, 14-bit vertical resolution
- Minimum edge time as low as 50ps
- Minimum pulse width as low as 100ps.
- Maximum dynamic range up to 5Vpp to 50 ohms
- Waveform memory up to 9Gpts
- Up to 32 digital channels and modules
- Proposed Channel Synchronization
- Software user interface: Simple Rider for AFG mode, Simple True Arb for AWG mode and SPG mode for pulse mode generation (optional)
- 7-inch touchscreen display and soft keyboard
- 2 or 4 analog channels and up to 32 digital channels (optional)
- Full synchronization of analog and digital channels
- Advanced sequencer and waveform editor included in base price
- Easily create waveforms and pulses with SimpleRider UI
Intuitive software user interface
Simple Rider AFG for AFG mode and Simple True ARB for AWG mode.
- 7-inch touchscreen display and soft keyboard
- Easily create waveforms and pulses with SimpleRider UI
The SimpleRider UI is designed as a quick-touch driver that simplifies the operation of the generator by optimizing the capacitive touch screen display technology used on today's tablets or smartphones. Thanks to the intuitive and simple waveform generator user interface, the most complex waveform scenes can be created with just a few screen touches. arb Rider supports a standard Ethernet interface for remote control and easy customization of instrument programming.
Select the Arbitrary Waveform Generator that's right for you
| Model | refresh rate | channels | Up/Down Time (20%-80%) | amplification | Baseline Offset | Pulse Width Min. |
|---|---|---|---|---|---|---|
| AWG-7102 (D) | 10GS/s | 2 | 100 ps | 5Vpp 1.25Vpp (D model) | +/-2.5V | 200 ps |
| AWG-7104-S (D) | 10GS/s | 4 | 100 ps | 5Vpp 1.25Vpp (D model) | +/-2.5V | 200 ps |
| AWG-7172 (D) | 17GS/s | 2 | 50 ps | 5Vpp 1.25Vpp (D model) | +/-2.5V | 100 ps |
| AWG-7174 (D) | 17GS/s | 4 | 50 ps | 5Vpp 1.25Vpp (D model) | +/-2.5V | 100 ps |
| AWG-7174-S (D) | 17GS/s | 4 | 50 ps | 5Vpp 1.25Vpp (D model) | +/-2.5V | 100 ps |
Wide range of applications
The HONGKE AWG-7000 can easily generate complex pulse sequences, such as a series of radar pulses, electro-optical or acoustic modulator drive signals, pulsed RF signals with specific defects, Gaussian pulses...
With multistage pulsing, PAM and PRBS signals for all kinds of cutting-edge research and quantum computation, the TS-AWG7000 is undoubtedly the ideal partner for your most complex tests and cutting-edge applications.
Light and Photonics, Quantum and RF Wireless Applications
The TS-AWG7000 is ideal for cutting-edge scientific and technological experiments and cutting-edge challenges in high-energy physics, optics, lasers and photonics, and RF wireless communications. The instruments are capable of creating virtually any type of signal - analog or digital, ideal or with specific distortions, standard or customized. You can use them to construct complex RF/IF/IQ waveforms, pulse signals with extremely narrow widths and large amplitudes to drive electro-optical or acousto-optical modulators, and pulsed laser diodes. For example, it can be used in quantum optics experiments to manipulate the nitrogen vacancy color center in diamond.
Main characteristics
5Vpp amplitude @ 50Ω load to achieve over 5GHz analog bandwidth
Extremely low latency between triggered inputs and analog outputs
Can be used to drive electro-optical modulators
Modulates and drives laser diodes
Quantum Optical Emitter Testing
RF Wireless Digital Modulation
Radar, LIDAR design and automated driving applications
Broadband radar systems require high fidelity signals to override real-world conditions and cluttered environmental scenarios. Today's automobiles contain many highly sophisticated electronic control units with very sensitive electronic components. As demand grows, the next generation of advanced driver assistance systems (ADAS) will need to be equipped with cameras and radar systems of increasingly higher resolution. These cameras, laser radar (LIDAR), radar and ultrasound equipment require higher bandwidth and lower latency network connectivity, as well as other complex automotive industry technology support to realize these future-oriented applications.
Main characteristics
Generates radar test signals with excellent spurious performance
Create overlay waveform scenes with up to 16,384 sequencer entries and support conditional/unconditional advanced jumping of sequencers.
Constructing laser radar signal test solutions for aerospace and automotive industries and mobile devices.
Physical Layer Testing
Sensor Testing
Electromagnetic interference (EMI) commissioning, troubleshooting and testing
Create test waveforms using Waveform Editor software, or create and import them through third-party applications such as Matlab, LabVIEW, .
Powerful and easy-to-use self-contained waveform editing software
Waveform Editor software makes it easy to create waveforms for radar pulses, physics research pulses, real-world signals, and overlay environmental signals. The software is supplied with AWG as part of the standard software package.
Main characteristics
Easily generate the most complex analog and digital signals.
Remote waveform creation on your PC
Full integration with True-Arb software
Multi-Instrument Synchronization
You can synchronize up to 4 devices to build a system of 16 analog and 128 digital channels that are fully synchronized and integrated with True-Arb software.
Main characteristics
Synchronize up to 4 devices: 16 analog channels and 128 digital channels
Affordable prices per channel
Easy access to multi-instrument control via True-Arb software
Related Products
High Speed Digitizer
Arbitrary Waveform Generator
Digitizer and AWG 2-in-1
Digital I/O Boards and Pattern Generators
