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HONGKE ps-grade pulse generator
TS-PG1000 Series
The HONGKE Pulse Generator TS-PG1000 series includes a set of fast rise time pulse generators that provide superior signal integrity through the easiest-to-use touch screen display interface (SimpleRider™), allowing pulses to be created in just a few screen touches. The signal output voltage is adjustable within a ±5 V window, with a maximum voltage of 5 Vpp and an edge rate of 70 ps. The powerful architecture offers the possibility of generating advanced pulse sequences with fully independent timing parameters, such as double or quad pulses. The maximum repetition rate of the HONK Pulse Generator is 800 MHz and the minimum pulse width is 300 ps@5 V. The maximum repetition rate of the HONK Pulse Generator is 800 MHz and the minimum pulse width is 300 ps@5 V.
High-performance pulses for your tests
Whether you are generating complex pulse trains, a series of radar pulses, pulses for advanced research, laser and optical experiments, and semiconductor testing, the TS-PG1000 is the ideal partner for your complex testing and cutting-edge applications. Its innovative hardware architecture offers the possibility of generating multiple pulse sequences, such as single, double, triple or quadruple pulses.
- Up to 4 channels
- <70 ps rise/fall time (20%-80%)
- Output level adjustable from 10 mVpp to 5 Vpp.
- Adjustable baseline offset ±2.5 V
- Maximum Repeat Rate per Channel 800 MHz
- Pulse width from 300 ps to >1 s
- Width resolution 10 ps
- Continuous, Single, Burst, Door, External Trigger Mode
- Trigger output jitter <35 ps RMS
- External clock input and clock output for easy synchronization
Simple Rider Pulse Touch User Interface
Putting all the power of modern pulse and waveform generators at your fingertips!
- Touch screen display and soft keyboard
- Easily create waveforms and pulses with SimpleRider UI
Designed for touch, the Simple Rider UI has been developed to put all the functions of modern pulse and waveform generators at your fingertips. All instrument controls and parameters are accessed via an intuitive user interface reminiscent of the simplicity of tablets and modern smartphones: engineers and scientists can use the touch function to create single or multiple pulses (dual, triple, and quadruple pulse modes) with just a few touches.
Select the Arbitrary Waveform Generator that's right for you
| Model | channels | Up/Down Time (20%-80%) | Output Voltage | Baseline Offset | Pulse Width |
|---|---|---|---|---|---|
| TS-PG1072 | 2 channels | <70 ps fixed | -5 Vpp | ±2.5 V Adj | 300 ps to >1 s |
| TS-PG1074 | 4 channels | <70 ps fixed | 10 mVpp-5 Vpp | ±2.5 V Adj | 300 ps to >1 s |
Wide range of applications
Multiple Pulse
You can combine multiple pulses to obtain double, triple, and quadruple pulses, which is useful in semiconductor testing, radar design, and laser/optical experiments. With this function, you can create clock-like signals with frequencies up to 800 MHz.
Main characteristics
Minimum delay between triggered input and analog output
Frequency up to 800 MHz
Semiconductor Testing, Radar, Laser Radar and Laser Applications
Radar Design and Testing
The TS-PG1000 series pulse generators allow easy creation of pulses with different pulse widths, repetition rates and amplitudes using a graphical interface and touch screen display. With this solution, time can be saved in the development of a pulse system and efforts can be focused on radar design and test objectives.
Main characteristics
Easy-to-use Simple Rider user interface
Simplify touring radar design and testing
Primary and secondary radar pulse generation and multi-target simulation
Semiconductor
New technologies for non-volatile RAM applications require faster pulses every day: With switching times below 70 ps, amplitudes up to 5 Vpp, a time resolution of 10 ps and a vertical resolution of 10 mV, ICP DAS pulse generators are the perfect choice to fulfill these requirements. The challenge in developing modern MOSFET transistors is the use of high-K materials as dielectrics for MOS capacitors, which has the advantage of reducing leakage currents through the isolator, but also causes problems due to charge trapping. Short- and slow-pulse testing is fundamental to the study of such problems, and the TS-PG1000 series pulse generators offer fast edges of 70 ps or less, baseline offsets of ±2.5 V, and pulse widths of 300 ps to 1 s, making them ideal for generating short- and slow-pulse test pulses.
Main characteristics
Non-Volatile Storage Unit Characterization
MOSFET Testing
Short, Slow and Narrow Pulse Tests
Electro-optical Modulator
An electro-optical modulator (EOM) is a device that can be used to control the power (intensity modulator), phase (phase modulator), or polarization of light through electrically controlled signals. It is important to use an electronic driver that is well matched to the EOM and suitable for the particular application. For example, different types of EOMs require different drive voltages, and the TS-PG1000 series of pulse generators allow the design and testing of new electro-optical modulators that often require higher voltages and narrower pulses as control signals. the TS-PG1000 can provide pulse amplitudes up to 5 Vpp, as well as very narrow pulses of 300 ps and a high repetition rate of 800 MHz.
Main characteristics
Electro-optical Modulator Electronic Driver
Multi-Instrument Synchronization
Advanced Studies
Photomultiplier tubes are fundamental in large-scale physics experiments because they convert photons into charges that can be picked up by the acquisition system, allowing the detection of photons. With the TS-PG1000 series of pulse generators, pulses of different widths, periods, and amplitudes can be generated for use as laser drive signals. A tachyon tube is a special type of linear beam vacuum tube that can be used in a variety of applications, such as in colliders used in large-scale physics experiments, where its purpose is to generate particles that will collide. As with laser applications, an enable signal needs to be generated to drive the tube, and the TS-PG1000 series of pulse generators provides an off-the-shelf solution that allows the enable signal parameters of the tube to be easily controlled and modified using a graphical interface and touch screen display.
Main characteristics
Advanced Research and Large Physics Applications
Laser Driver, Tacho Tube Driver
Easy-to-use graphical interface
Multi-Instrument Synchronization
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Professional technical support from HONGKEI to help you succeed in your project.
HongKe provides AT series of arbitrary waveform generators and pulse signaling equipment, covering multi-frequency, multi-resolution and multi-channel configurations, suitable for R&D, testing and measurement. With high stability, precise output and flexible control, the products can help engineering teams to quickly generate various types of analog signals for equipment validation, system debugging, measurement research and teaching experiments, creating a highly efficient, repeatable and reliable signal test environment.
