Pulse Rider PG-1500 (PG-1501)
The PULSE RIDER 1000 Series (including PG-1501 single-channel and PG-1502 dual-channel) is a high-performance pulse generator introduced by Active Technologies. Based on patented FastEdge™ technology, it outputs up to 50Vpp voltage (50Ω load), with edge rates as low as 400ps, supports multiple pulse sequence generation, is equipped with a 7-inch touch SimpleRider™ UI for convenient operation, supports multi-device synchronization, and is suitable for professional testing and simulation scenarios.
Specification Snapshot
Dimensions
Width 445 mm - Height 135 mm - Depth 320 mm (3U 19-inch rack-mount)
Request a Quote
Download Datasheet
Overview
The PULSE RIDER 1000 Series (including PG-1501 single-channel and PG-1502 dual-channel) is a high-performance pulse generator introduced by Active Technologies. Based on patented FastEdge™ technology, it outputs up to 50Vpp voltage (50Ω load), with edge rates as low as 400ps, supports multiple pulse sequence generation, is equipped with a 7-inch touch SimpleRider™ UI for convenient operation, supports multi-device synchronization, and is suitable for professional testing and simulation scenarios.
Specifications
| Parameter | Value |
|---|---|
| Number of Analog Channels | 1 |
| Pulse period - range | 5 nanoseconds - 8 seconds |
| Pulse period - resolution | 10 picoseconds |
| RMS jitter [All channels have the same frequency in single-pulse mode and continuous mode.] | 15 ps |
| Pulse frequency [Single-Pulse Mode] | Single-pulse mode: 0.125 Hz - 200 MHz |
| Pulse frequency [Dual-pulse/triple-pulse/quad-pulse mode] | Dual-pulse/triple-pulse/quad-pulse mode: 0.25 Hz - 400 MHz |
| Frequency accuracy | ±2 parts per million (max) |
| Pulse width - range | 1 ns - (period - 1 ns) |
| Pulse width - resolution | 10 picoseconds |
| Pulse width - accuracy (offset = 0 V) [When offset ≠ 0 V, the pulse width may deviate from this specification depending on the offset voltage and other parameters.; offset = 0 V] | ±(1 % + 100 ps) |
| Pulse width - RMS jitter [All channels have the same frequency in single-pulse mode and continuous mode.] | <10 picoseconds |
| Pulse delay (single-pulse/dual-pulse/triple-pulse/quad-pulse) - range [Single pulse / double pulse / triple pulse / quadruple pulse] | 0 ps - period |
| Pulse delay (single-pulse/dual-pulse/triple-pulse/quad-pulse) - resolution [Single pulse / double pulse / triple pulse / quadruple pulse] | 10 picoseconds |
| Pulse delay (single-pulse/dual-pulse/triple-pulse/quad-pulse) - accuracy [Single pulse / double pulse / triple pulse / quadruple pulse] | ±(0.1 % + 100 ps) |
| Output - impedance [50 ohm load] | 50 ohm (nominal) |
| Output - amplitude peak-to-peak - range [50 ohm load] | 100 mVpp - 50 Vpp |
| Output - amplitude peak-to-peak - accuracy [50 ohm load] | ±(2 % of amplitude peak-to-peak + 2 % of absolute DC offset + 200 mV) |
| Output - amplitude peak-to-peak - resolution [50 ohm load] | 10 mV |
| Output - DC offset - range [50 ohm load] | 0 V or ±25 V (adjustable) |
| Output - DC offset - resolution [50 ohm load] | 10 mV |
| Output - baseline offset - range [50 ohm load] | -25 V, -12.5 V, 0 V, +12.5 V, +25 V (software selectable) |
| Output - Baseline Offset - Resolution [50 ohm load] | 12.5 V |
| Output - Rise Time (20%-80%, Offset = 0 V) [up to 25 Vpp amplitude; 50 Ω load; 20%-80%, Offset = 0 V] | up to 25 Vpp amplitude: <380 ps |
| Output - Rise Time (20%-80%, Offset = 0 V) [up to 50 Vpp amplitude; 50 Ω load; 20%-80%, Offset = 0 V] | up to 50 Vpp amplitude: <400 ps |
| Output - Rise Time (10%-90%, Offset = 0 V) [up to 25 Vpp amplitude; 50 Ω load; 10%-90%, Offset = 0 V] | up to 25 Vpp amplitude: <560 ps |
| Output - Rise Time (10%-90%, Offset = 0 V) [up to 50 Vpp amplitude; 50 Ω load; 10%-90%, Offset = 0 V] | up to 50 Vpp amplitude: <600 ps |
| Output - Fall Time (20%-80%, Offset = 0 V) [up to 25 Vpp amplitude; 50 Ω load; 20%-80%, Offset = 0 V] | up to 25 Vpp amplitude: <380 ps |
| Output - Fall Time (20%-80%, Offset = 0 V) [up to 50 Vpp amplitude; 50 Ω load; 20%-80%, Offset = 0 V] | up to 50 Vpp amplitude: <490 ps |
| Output - Fall Time (10%-90%, Offset = 0 V) [up to 25 Vpp amplitude; 50 Ω load; 10%-90%, Offset = 0 V] | up to 25 Vpp amplitude: <560 ps |
| Output - Fall Time (10%-90%, Offset = 0 V) [up to 50 Vpp amplitude; 50 Ω load; 10%-90%, Offset = 0 V] | up to 50 Vpp amplitude: <800 ps |
| Output - Overshoot [up to 25 Vpp amplitude; 50 Ω load] | up to 25 Vpp amplitude: <8 % |
| Output - Overshoot [25 Vpp - 50 Vpp amplitude; 50 Ω load] | 25 Vpp - 50 Vpp amplitude: <5 % |
| Output - Channel-to-Channel RMS Jitter [50 ohm load; all channels have the same frequency in single-pulse mode and continuous mode.] | <15 ps |
| Output - Initial Delay [retriggerable delay off; 50 ohm load] | retriggerable delay off: 0 s - 8 s |
| Output - Initial Delay [retriggerable delay on; 50 ohm load] | retriggerable delay on: 0 s - 2.5 µs |
| Trigger input - impedance | 50 Ω or 1 kΩ (programmable) |
| Trigger input - range [50 ohm input impedance] | 50 ohm input impedance: ±3.5 V |
| Trigger input - range [1 kohm input impedance] | 1 kohm input impedance: ±10 V |
| Trigger Input - Minimum Detectable Amplitude | <50 mVpp |
| Trigger Input - Threshold - Range | ±8 V |
| Trigger Input - Threshold - Resolution | 10 mV |
| Trigger Input - Threshold - Accuracy | ±100 mV |
| Trigger input - maximum input frequency | 40 MHz |
| Trigger input - minimum pulse width | 1 ns |
| Trigger Input - Maximum External Width Mode Input Frequency (Duty Cycle = 50%) | 400 MHz |
| Trigger input - edge selection | Rising edge, falling edge, dual edge |
| Trigger input - prescaler (per channel) | 0-65535 |
| Trigger output - impedance | 50 ohm (nominal) |
| Trigger Output - Amplitude (Open Circuit Load) - Range | 1.8 V - 3.3 V (adjustable) |
| Trigger output - amplitude (open circuit load) - resolution | 1 mV |
| Trigger output - amplitude (open circuit load) - accuracy | ±1 % |
| Trigger output - delay (trigger input - trigger output) | <100 ns |
| Trigger output - width [Single pulse, burst mode] | Single pulse, burst mode: 10 ns |
| Trigger output - width [Continuous mode] | Continuous Mode: 1/2 of Period |
| Trigger output - initial delay [Continuous mode] | Continuous mode: 0 s - 8 s |
| Trigger output - initial delay [Single pulse, burst, gated mode] | Single pulse, burst, gated mode: 0 s - 2.5 µs |
| Internal Timer - Time Base Range (Frequency Range) | 25 ns - 42.9 s (40 MHz - 23.3 mHz) |
| Internal Timer - Time Base Resolution | 1 ps |
| Internal Timer - Frequency Accuracy | ±2 parts per million (max) |
| External Clock Input - Connector Type | Rear panel SMA interface |
| External Clock Input - Input Impedance [AC coupled] | 50 ohm, AC coupled |
| External Clock Input - Input Voltage Range [Rise time T10-90 <1 ns, duty cycle 40%-60%] | -5 dBm to 4 dBm sine wave or square wave (rise time T10-90 <1 ns, duty cycle 40 %-60 %) |
| External Clock Input - Damage Level Amplitude | +8 dBm or ±15 VDC (maximum) |
| External Clock Input - Frequency Range | 10 MHz - 100 MHz |
| External Clock Output - Connector Type | Rear panel SMA interface |
| External Clock Output - Output Impedance [DC coupled] | 50 ohm, DC coupled |
| External Clock Output - Frequency | 10 MHz or external clock input frequency |
| External Clock Output - Accuracy | ±2 parts per million (max) |
| External Clock Output - Aging Rate | ±1.0 ppm / year (max) |
| External Clock Output - Amplitude [Under 50 ohm load; under high impedance load; square wave] | Square wave: 0 V - 1.25 V under 50 ohm load; 0 V - 2.5 V under high impedance load |
| Trigger modes | Single, continuous, burst, gated |
| Multi-pulse mode | Single, double, triple, quadruple, external width |
| Supply Voltage Range [±10%; AC] | 100-240 VAC ±10 % |
| Supply Frequency Range | 47-63 Hz |
| Maximum power consumption | 300 W |
| Operating Temperature | +5 °C - +40 °C(+41 °F - 104 °F) |
| Non-operating temperature | -20 °C - +60 °C(-4 °F - 140 °F) |
| Operating Humidity [At +40°C, upper limit humidity drops to 20.6%, non-condensing, wet-bulb temperature ≤29°C] | Relative humidity 5 %-80 %, maximum wet-bulb temperature +40 °C (at +40 °C, upper limit humidity drops to 20.6 %, non-condensing, wet-bulb temperature ≤29 °C) |
| Non-operating humidity [At +60°C, upper limit humidity decreases to 29.8%, non-condensing] | Relative humidity 5 %-95 %, maximum wet-bulb temperature +40 °C (at +60 °C, upper limit humidity drops to 29.8 %, non-condensing) |
| Operating altitude [Ambient temperature ≤25°C] | Up to 3000 m (9842 ft), ambient temperature ≤25 °C |
| Non-operating altitude | Up to 12000 m (39370 ft) |
| Display | 7-inch, 1024×600 resolution, capacitive touchscreen LCD |
| Operating System | Windows 10 |
| Dimensions | Width 445 mm - Height 135 mm - Depth 320 mm (3U 19-inch rack-mount) |
| Weight | 21.4 lb (9.7 kg) |
| Front panel interface - output interface | OUTPUT1 (SMA) TRG.IN (SMA) TRG.OUT (SMA) 2 USB 3.0 ports |
| Front panel interface - trigger interface | TRG.IN(SMA)、TRG.OUT(SMA) |
| Front panel interface - USB interface | 2 USB 3.0 ports |
| Rear panel interface - external display port | HDMI、VGA |
| Rear panel interface - Ethernet port | 2 complete plans (10/100/1000BaseT Ethernet, RJ45 interface) |
| Rear panel interface - audio interface | Audio input/output port |
| Rear panel interface - USB interface | 2 USB 2.0 ports, 2 USB 3.0 ports |
| Rear panel interface - COM port | 3 complete plans |
| Rear panel interface - keyboard/mouse interface | 2 PS/2 keyboard and mouse ports |
| Rear panel interface - clock interface | External Clock IN(SMA)、External Clock OUT(SMA) |
| Hard Drive | 128 GB solid-state drive (SSD) |
| Processor | Intel® Celeron J1900, 2 GHz (or higher configuration) |
| Memory | 8 GB |
Applications
Large-scale physics applications: particle collider experiments, laser modulation, detector simulation, etc.; military radar and sonar: radar/sonar testing, pulsed electron beams, X-ray sources and other related equipment simulation testing; semiconductor testing: high-fidelity testing of integrated circuits and semiconductor components, supporting multi-device synchronization to implement DTG functions
Key Features
Excellent signal performance: low jitter, low overshoot, minimum pulse width 1ns, precise parameter adjustment; intuitive and efficient operation: capacitive touchscreen + soft keyboard + adjustment knob, supporting gesture operation and configuration storage; flexible pulse generation: single/dual/triple/quad pulse modes selectable, timing parameters independently adjustable; powerful synchronous triggering: supports internal/external/remote triggering, multi-device synchronization expansion; optional relative intensity noise (RIN) analysis function; stable and reliable hardware: 3U rackmount design, wide voltage input, equipped with high-performance processor and storage
Datasheet
Please provide your email to download the datasheet.
Your name
Email Address
Invalid email format. Please try again.
Send Request
Supplier Information
Chengdu Sufastech Technology Co., Ltd., founded in 2018, is committed to the upstream, midstream and downstream of information-related scientific research and industry, timely follows the world's most cutting-edge scientific research directions, and quickly transforms its own technology and service capabilities. It is honest and win-win with partners in the long term.
After years of professional accumulation, relying on well-known professors and doctoral consultant teams in the field, Sufastech has the overall planning and construction capabilities of optical chip packaging and testing, the overall planning and construction capabilities of optical transmission testing systems, and the overall planning and construction capabilities of micro-assembly production lines, gradually achieving coverage of the entire industry chain in the subdivided field of optoelectronic packaging and testing. Products cover high-frequency optoelectronic devices and modules, test and measurement instruments, and chip packaging equipment.
In 2022, Sufastech invested heavily in building its own packaging and testing laboratory. The laboratory has full-process equipment from die bonding to sealing to testing, aiming to provide the public with the most convenient scientific research and small-batch proofing services.
Since its establishment, Sufastech has maintained rapid development, with an average annual sales growth rate of more than 50%. In 2021, the newly added contract amount exceeded 50 million yuan, and it was recognized as an "Eagle" plan enterprise by Chengdu High-tech Zone. In the same year, it obtained "National High-tech Enterprise". In 2022, it completed the "Three Systems" certification. In 2023, the newly added annual sales exceeded 100 million yuan, and it was awarded "Gazelle Enterprise" by Chengdu High-tech Zone. In 2024, in order to strengthen service coverage, Sufastech Suzhou Company was established, and permanent staff were assigned in Beijing, Qingdao, Wuhan, Shenzhen, and Zhengzhou. In the same year, Sufastech Technology successfully passed the "Specialized, Refined, Distinctive, and Innovative" enterprise certification of Sichuan Province, striding into a new stage of development.
Contact Us
Loading...
GetExperimental Plan
Name
Phone
+86
Organization
Use Case

Global Photonics Products
Database Platform
Database Platform
With 16 years of experience, we provide high-quality products and services to universities, research institutes, and industry.
50+ Detailed Categories · 3,000+ Global Brands · 100,000+ Photonics Products
1 Million+
In-depth analysis of professional academic resources in photonics
300,000
ProductsDatasheets Available Free
We will keep your personal information strictly confidential.
Product Quote
+86
* Select the quoting party:
By submitting, you agree to the User Service Agreement and Privacy Policy