Overview
The transient waveforms in automobiles are growing in number and complexity, we are appreciating the amount of attention to be paid while evaluating and certifying vehicle electronic components. The AWG 100 is capable of creating, adjusting any waveform, as well as superimposing multiple waveforms on top of each other.
Utilizing 3ctest's Autolab software, and it's library with preconfigured waveforms for virtually all major manufacturers and standards. Additionally, you can import waveforms from CSV files and freely modify them to your preference. The AWG 100 is usually an add on to the common turnkey system for ISO 7637, allowing test labs and users to identify and save common transients their DUT will be exposed to.
Pre-programmed waveforms:
- BMW-(Airbag ECU)
- BMW 600 13.0(Part 1)
- Case New Holland ENS0310
- Cummins 14269(982022-026)
- BMW GS 95003-2
- FAW Diesel ECU MY06.0(Rew.7)
- BMW GS 95024-2-1(2010-01)
- Chrysler CS-11809(2009)
- DaimlerChrysler DC-10614
- Many automobile manufacturers test standards
- Ford ES-XW7T-1A278-AB
- Audi(Reference vehicles)
- Fiat 9.90110
- Ford EMC-CS-2009.1
| Technical Parameters | |||||||||
| Number of Channels | 1ch - 4ch, 2 or 4 optional | ||||||||
| Synchronization accuracy among channels | The synchronization time among each channel can be adjusted with unit 0.1μs, adjusting range: 0.1μs~100μs. The synchronization accuracy among channels can be kept to be less than 1μs at output terminal. | ||||||||
| Waveform type | DC wave, ramps, triangle wave, sine, square wave, sweep frequency, exponential, frequency modulation/amplitude modulation, Oscilloscope storage data waveform, user’s self-defined waveform, irregular and random arbitrary wave | ||||||||
| Parameters | Amplitude, duration, frequency, DC offset, rectification, duty cycle, phase angle, trigger, noise | ||||||||
| Amplitude and offset ramping | Static, linear, exponential | ||||||||
| Frequency ramping | Static, linear, exponential, log(base 10) | ||||||||
| Start/End phase angle | 0 - 360°in 1°step | ||||||||
| Rectification | None, positive, negative, bridge rectification, programmable | ||||||||
| Frequency range per channel | Operate mode: 500kHz max. sine, square, triangle wave, etc, which include sweep frequency, amplitude, offset, phase angle and synchronization change among channels. Direct internal storage mode: DC-500kHz arbitrary wave, 1MHz square wave |
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| Waveform output rate | 25MSPS per channel | ||||||||
| Frequency resolution | 0.001Hz | ||||||||
| Rise/fall time | ≤100ns @20Vpp | ||||||||
| Waveform voltage amplitude | 0?±10.00V | ||||||||
| Drive capacity | ≥ 1 kΩ | ||||||||
| Short circuit | Yes | ||||||||
| File type | CSV, EXCEL, TXT | ||||||||
| File waveform points | 16MB Max | ||||||||
| Waveform data storage | Dynamic cache data storage: 1GB DDR3 NVDS: 32GB NAND FLASH | ||||||||
| Segments of waveform | 1000 segments per waveform, each segment is composed of several kinds of waveforms | ||||||||
| Segment duration | 100µs to 999hrs or infinite loop | ||||||||
| Delay between segments | None | ||||||||
| Test duration | 1ms~9999hrs, 1 to 99999 count, or infinite loop | ||||||||
| Trigger oscilloscope output | A BNC socket 0-5V, setting trigger point at the arbitrary point of waveform generation software, monitoring the generated waveform by oscilloscope external trigger function | ||||||||
| External control input | One BNC socket 0-5V input, used for 1~4ch waveform external control | ||||||||
| PC interface | Ethernet | ||||||||
| Operating temperature range | 15°C-35°C | ||||||||
| Operating humidity range | 45%-75% | ||||||||
| Driving power supply | AC 90V-260V 50/60Hz 100VA | ||||||||
| Dimension | 19’/4u | ||||||||
| Weight | Approx.10kg | ||||||||
| For the future of modern testing equipment | |||||||||
| Protection | |||||||||
| Voltage setting resolution | 1mV | ||||||||
| Output accuracy |
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AutoLab software
By self-developed AutoLab software, users can edit kinds of waveforms for waveform segment or test points. According to different requirement, users can regulate the waveform by advanced image tools, and recording waveforms by other way is also supported like oscilloscope capturing. All types of waveforms can be downloaded to AWG 100. AWG 100, APS and APG series must be matched together.
