State-of-the-art Hardware
2~16 Analog input channels
1~2 Drive Channel (can be adopted in 2-axis control application)
450MHz DSP Processing
100 Mbps Ethernet port connecting to PC (without grounding problem)
-30~70℃Working Temperature
No-fans structure to reduce the background noise
160 dB / Octave Anti- aliasing Filter
1 AUX Channel
24-bit ADC/DAC, 130dB dynamic range
204.8 kHz Sampling Rate, 40kHz Frequency Range
1GB Internal Flash Memory Stores Test Configuration
Floating Ground Design Reduces Ground Loop Problems
Full and Innovative Control Functions
Random
Random-on-Random
Sine, Step Sine, Resonance Search and Tracked Dwell
Sine and Random-on-Random
Classical Shock, Transient Time History, SRS
Field Data Replication
Sine-on-Random
Kurtosis Control
Sine-on-Sine
Limiting and Notching
Multivariable Control
State-of-the-art Hardware
- 2~16 Analog input channels
- 1~2 Drive Channel (can be adopted in 2-axis control application)
- 450MHz DSP Processing
- 100 Mbps Ethernet port connecting to PC (without grounding problem)
- -30~70℃Working Temperature
- No-fans structure to reduce the background noise
- 160 dB / Octave Anti- aliasing Filter
- 1 AUX Channel
- 24-bit ADC/DAC, 130dB dynamic range
- 204.8 kHz Sampling Rate, 40kHz Frequency Range
- 1GB Internal Flash Memory Stores Test Configuration
- Floating Ground Design Reduces Ground Loop Problems
Full and Innovative Control Functions
- Random
- Random-on-Random
- Sine, Step Sine, Resonance Search and Tracked Dwell
- Sine and Random-on-Random
- Classical Shock, Transient Time History, SRS
- Field Data Replication
- Sine-on-Random
- Kurtosis Control
- Sine-on-Sine
- Limiting and Notching
- Multivariable Control