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1/5 © Spitzenberger & Spies 2013 SPS-TD-SyCore-e-0001.docx
Control Unit type SyCore
The applications:
- System control - Waveform generator - Arbitrary waveforms - Measurement unit -
A MULTI-FUNCTION INSTRUMENT FOR SIGNAL ANALYSIS, SIGNAL GENERATION AND SYSTEM CONTROL SyCore (system core) is an all-round control and measurement device. Similarly to a computer it is able to take over several functions. SyCore means HiTech: SyCore is a completely new device concept that makes available a standardised hardware set, together with software modules covering a wide range of applications. The compact unit features a 32-bit micro-processor for fast and flexible operation and a high degree of modularity. SyCore and multi-functionality: SyCore can be used as a programmable arbitrary waveform generator as well as a multi-channel measurement acquisition system with digital oscilloscope functionality. IEEE 488.2 and RS 232 interface are both included. SyCore and Windows: A clearly arranged, and simple to operate Windows software package permits simple access to the SyCore analysis and synthesis functions. SyCore and the pleasure to measure: As many as six analogue measuring channels can acquire voltage, current, frequency, power, power factor or harmonic distortion in either real time or multiplex operation. Optionally a digital I/0 card, with a further 16 inputs and 16 outputs, allows a full check of the EUT as well acquisition of measurement values. The result: complete measurement documentation !
2/5 © Spitzenberger & Spies 2013 SPS-TD-SyCore-e-0001.docx
TECHNICAL DATA OSCILLATOR
Number of phases: 1, 2 ,4 or n
Wave forms: Internal: sine, triangle, rectangle, saw-tooth, pulse, DC in connection with the software package SignalManager
External: free programmable signal shapes in connection with the software package SignalManager
Memory:
Horizontal resolution 1kByte 256; 1024 points
Horizontal resolution 64kByte 256; 1024; 4096; 16384; 65536 points
Horizontal resolution 1MByte 256; 1024; 4096; 16384; 65536; 1048576 points
Vertical resolution ± 32768 points / 16 bit (1.024 points)
Output: 3.53Vrms / 10Vpp
Amplitude resolution: < 0.01%
Voltage accuracy: < 1 x 10-3 / < 0,1% (10 ... 100% modulation)
Voltage stability: < 2 x 10-4 … 10min< 1 x 10-3 … 24h
Output impedance: approx. 50Ω
Offset: < 1mV
Frequency: Phase No. Memory depth [B] Max. frequency [Hz]
Frequency resolution = min. frequency [Hz]
1 256 39062.50 0.298023
1 1024 9765.62 0.074506
1 4096 2441.40 0.018626
1 16384 610.35 0.004657
2 256 19531.25 0.149012
2 1024 4882.81 0.037253
2 4096 1220.70 0.009313
2 16384 305.18 0.002328
4 256 9765.62 0.074506
4 1024 2441.40 0.018626
4 4096 610.35 0.004657
4 16384 152.59 0.001164
1 256 (2 Periods) 78131.00 0.596046
1 256 (4 Periods) 156262.00 1.192092
Frequency accuracy: please see table “frequency resolution”
Frequency stability: < 2 x 10-5
Sampling frequency: max. 10MHz
3/5 © Spitzenberger & Spies 2013 SPS-TD-SyCore-e-0001.docx
MULTIPLIER
Voltage input: 11V (10V DC + 1V AC max.)
Frequency range: DC … 100Hz
Multiplication error: ±2% DC±10% AC
Connection: external sockets
MEASUREMENT UNIT
Voltage: (only via PAS)
Measuring range: 300V
max. voltage: 500Vp and/or 500V DC
Frequency range: DC; 15Hz ... 5kHz
Measuring ranges: 30V ... 300V
Measuring error (AC): 15Hz ... 40Hz: ±2% of measured value ±3digit40Hz ... 450Hz: ±0.5% of measured value ±3digit 450Hz ... 5kHz: ±1% of measured value ±3digit
Measuring error (DC): ±0.3% of measured value ±3 digit
Indication: 5 digit, 99999 digit
Impedance: 1M
Current: (only via PAS)
PAS 1000 PAS 2000 PAS 5000 PAS 10000
Measuring range: 20A 40A 80A 150A
max. current: 30Ap or30A DC
60Ap or60A DC
120Ap or 120A DC
220Ap or 220A DC
Frequency range: DC; 15Hz ... 5kHz
Measuring ranges: 2A ... 20A 4A ... 40A 10A ... 100A 15A ... 150A
Measuring error (AC): Measurement with Shunt(when using amplifier type PAS 1000, Automotive Systems) 15Hz ... 40Hz: ±2%40Hz ... 450Hz:450Hz ... 5kHz:Measurement with LEM-module (when using amplifiers PAS 2000; exception: Automotive systems always with Shunt-measurement) 15Hz ... 40Hz: ±2%40Hz ... 450Hz:450Hz ... 2kHz:2kHz ... 5kHz: ±5%
Measuring error (DC): ±0.5% of measured value ±3 digit
Indication: 5 digit, 99999 digit
4/5 © Spitzenberger & Spies 2013 SPS-TD-SyCore-e-0001.docx
Power (P; Q; S)
PAS 1000 PAS 2000 PAS 5000 PAS 10000
Measuring ranges: 2A ... 20A 4A ... 40A 10A ... 100A 15A ... 150A
Measuring error (AC): Measurement with Shunt(when using amplifier type PAS 1000, Automotive Systems) 15Hz ... 40Hz: ±3%40Hz ... 450Hz:450Hz ... 5kHz:Measurement with LEM-module (when using amplifiers PAS 2000; exception: Automotive systems always with Shunt-measurement) 15Hz ... 40Hz: ±3%40Hz ... 450Hz:450Hz ... 2kHz:2kHz ... 5kHz: ±6%
Measuring error (DC): ±1% of measured value ±6 digit
Power factor (PF)
Measuring ranges: 30V ... 300V
Measuring error: ±0.01
Peak value (Up, Ip)
Measuring ranges: 30V ... 300V
Measuring error: 15Hz ... 40Hz: ±2% of measured value ±3digit40Hz ... 450Hz: ±0.5% of measured value ±3digit 450Hz ... 5kHz: ±1% of measured value ±3digit
Crest factor (CFU, CFI)
Measuring ranges: 30V ... 300V
Measuring error: ±0.3
Frequency:
Frequency range: fMeas = 3Hz … 20kHz
Reference frequency: fRef = 10MHz
Measuring error:
ff
fMess
Re · 100 = error in % for f =50Hz 0.1% error
5/5 © Spitzenberger & Spies 2013 SPS-TD-SyCore-e-0001.docx
OSCILLOSCOPE
Signal representation: 0Hz … 2kHz
Time base: 0.5ms … 2s
Vertical deflection: CH1 (U): 1V,2V,5V,10V,20V,50V,100V,200V, 5000V CH2 (I): 1A, 2A, 10A, 20A, 50A
Trigger: Trigger level+/- edge triggering
Trigger channel: CH1 or CH2
Phase angle: 0° to 359° (referring to the pseudo phase)
Angle resolution Depth Angle resolution Ares
256 1.406250
1.024 0.351562
4.096 0.087891
16.384 0.021973
Angle accuracy: <0.05°
Trigger: 0° to 359°
Angle resolution: please see table “phase angle” GENERAL
Display: LCD Display b/w
Interface: IEEE488 (Listener-Talker)
Power supply: 230V (±10%) 50Hz/60Hz
Ambient temperature: 0°C up to 40°C
Housing: 19"-plug-in unit, 3U, colour light grey (RAL 7035)
Dimensions (mm): approx. 135x483x450
Weight: approx. 10kg SyCore and EMC-standards: SyCore is the ideal signal generator for many of the low-frequency immunity test specifications. Up to four analogue output channels can be synchronised, with the option that as many as four further channels can be added to, or multiplied by, these channels. THE RESULT: COMPLETE MAINS SIMULATION !
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