DFG-500 Digital Function Generator
Brand: WissEl | Category: Nanotechnology
The entry level digital function generator for a Mossbauer drive system. It stores the reference waveform digitally and converts it with a DAC, and provides start and channel advance pulses to synchronise a multichannel analyser.
Technical Specifications
| Parameter | Value |
|---|---|
| Waveforms | sine and triangle (constant acceleration) |
| Analogue output | 20 Vpp into 600 ohm |
| Channel advance and start pulses | approximately 5 V, 1 us, 50 ohm |
| Channel selection | 512 or 1024 channels |
| Frequency range | 1 to 100 Hz |
| Specification | Single width NIM module, weight 0.6 kg |
Get a Quote
Request an itemised quotation covering the proposed configuration, availability, lead time and agreed supply and support scope.
Useful details to share
- Materials, sample dimensions and process or measurement goal
- Required performance and existing instrument interfaces
Share what you know. You can start with your name and a phone number or email; final specifications can follow.
Not sure which configuration you need? Help me choose
Contact Vvon Technologies Limited about WissEl equipment requirements in Bangladesh.
Phone: +8801805987890 | Email: info@vvon.com.bd
More from Mossbauer Spectroscopy
- DFG-1000 Digital Function Generator
A digital function generator that provides eight waveforms including constant velocity modes with sinusoidal slopes, which reduce vibration disturbance. Digital generation keeps the source motion synchronous with the channel sweep of the multichannel analyser.
- MRG-500 Mossbauer Drive Unit
A Mossbauer drive unit with a built-in digital function generator, designed for the MA-260 and MVT-1000 transducers. It supplies sine and triangle reference waveforms and digital start and channel advance pulses to synchronise a multichannel analyser.
- DFG-1200 Digital Function Generator
The top digital function generator in the WissEl range. In addition to the standard waveforms it provides a region of interest waveform that can be varied continuously from constant velocity to constant acceleration, concentrating counting time on the lines of interest.