Related Manuals for Sisyph SK Series
Summary of Contents for Sisyph SK Series
- Page 1 User's Guide Vidourle SK301 RF Demodulator SK-Series Modules SISYPH www.sisyph.com Signals & Systems for Physics...
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Page 2: Certi Cation
Vidourle User's Guide SK301 RF Demodulator Certi cation Signals and Systems for Physics Warranty Signals and Systems for Physics Service Signals and Systems for Physics Signals and Systems for Physics © SISYPH www.sisyph.com Signals & Systems for Physics... -
Page 3: General Information
User's Guide SK301 RF Demodulator General Information Scope RF Demodulator Safety and Preparation for Use RF Demodulator RF Demodulator RF Demodulator Signals and Systems for Physics RF Demodulator Speci cations and Related Documentation SISYPH www.sisyph.com Signals & Systems for Physics... - Page 4 Vidourle User's Guide SK301 RF Demodulator Contents SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 5 Vidourle User's Guide SK301 RF Demodulator SISYPH www.sisyph.com Signals & Systems for Physics...
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Page 6: Getting Started
1.1 Overview RF Demodulator Functional Block Diagram High-Speed Compensator RF Demodulator Adapters 1.2 Front-Panel Connections 1.2.1 Beat-Note Signal Input (BNSI) 50 Ω 1.2.2 Reference Input (REFI) 50 Ω 1.2.3 Error Output (ERRO) 50 Ω SISYPH www.sisyph.com Signals & Systems for Physics... -
Page 7: Front Panel Indicators
CLS? 1.3.3 Mixer Power Alarm (RF) i.e. In this case, the user must reduce the power of the related input to prevent +3 dBm +10 dBm damage. 1.3.4 Error Alarm (ER) 100 mV SISYPH www.sisyph.com Signals & Systems for Physics... -
Page 8: Backplane Connector
Signals and Systems for Physics Module Adapters 1.4.1 Power Supply Datasheet Caution Because the SK301 uses some power supplies without any local post-regulation circuitry, always use clean, well regulated power sources with adjustable current limitation. SISYPH www.sisyph.com Signals & Systems for Physics... - Page 9 350 mV Caution When the module is used stand-alone, the digital and analog ground lines should be separately wired to a single, low-impedance ground source at the power supply. 1.4.3 Host Interface Programming Guide SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 10 Vidourle User's Guide SK301 RF Demodulator MSTS? 1.4.4 Shared Lines Always contact us before using this functionality. 1.4.5 User's Terminal Blocks e.g. Always contact us before using this functionality. SISYPH www.sisyph.com Signals & Systems for Physics...
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Page 11: Expansion Connectors
Vidourle User's Guide SK301 RF Demodulator 1.4.6 Synchronization 10 MHz 10 MHz 1.5 Expansion Connectors Always contact us before using this functionality. 1.5.1 Analog I/O Expansion SISYPH www.sisyph.com Signals & Systems for Physics... - Page 12 15 V Not listed pins are used for factory test and diagnostic. 1.5.2 Digital I/O Expansion +5 V Not listed pins are used for factory test and diagnostic. 1.6 On-Board Settings and Connectors e.g. SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 13 1.6.1 Analog Ground 1.6.2 Beat-Note Monitoring Output 50 Ω 1.6.3 Calibration Input 50 Ω 1.6.4 Additional DC-Gain 0 dB +6 dB 1.6.5 Con guration Switches 1.6.6 Grounding Jumpers 1.6.7 Con guration Switch 1.7 Module Interfacing RF Demodulator SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 14 1.8 Operating the RF Demodulator Functional Block Diagram Datasheet 1.8.1 Connecting the RF Inputs +13 dBm 1.8.2 Monitoring the RF Inputs RMON 20 dB i.e. STMS STMS STME 1.8.3 Filtering the Beat-Note Signal 200 MHz SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 15 1.8.4 Using the Calibration Input CALE 1.8.5 Osetting the Error Signal OFSS OFSE 1.8.6 Filtering the Error Signal 30 MHz IFFE LPFS 3 MHz 30 MHz 1.8.7 Using the Error Signal PI2D Compensator SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 16 SK301 RF Demodulator 1.8.8 Monitoring Output Selection MONS 15 nV = 36 8 + 450 8 = 36 8 + 570 4 30 MHz 1.8.9 Restoring the Default Con guration *RST Programming Guide SISYPH www.sisyph.com Signals & Systems for Physics...
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Page 17: Description Of Operation
By design, an SK301 module can be plugged anywhere into the platform since there is no assigned slot. The only reserved location (the rightmost slot) is dedicated to the master module, which is in fact a part SISYPH www.sisyph.com Signals & Systems for Physics... - Page 18 SK301 RF Demodulator of the platform. Therefore, using the user terminal blocks functionality of a speci c slot will, in practice, assign the module to this slot. Contact us before using this functionality. SISYPH www.sisyph.com Signals & Systems for Physics...
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Page 19: Remote Operation
Vidourle User's Guide SK301 RF Demodulator 3 Remote Operation RF Demodulator 3.1 Commands Programming Guide 3.2 Status Model Status Model Diagram Programming Guide SISYPH www.sisyph.com Signals & Systems for Physics... -
Page 20: Accessories And Related Products
Vidourle User's Guide SK301 RF Demodulator 4 Accessories and Related Products RF De- modulator 4.1 Optional Module Adapters RF Demodulator Signals and Systems for Physics Module Adapter SISYPH www.sisyph.com Signals & Systems for Physics... - Page 21 Vidourle User's Guide SK301 RF Demodulator 5 Figures SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 22 Vidourle User's Guide SK301 RF Demodulator SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 23 Vidourle User's Guide SK301 RF Demodulator SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 24 Vidourle User's Guide SK301 RF Demodulator SISYPH www.sisyph.com Signals & Systems for Physics...
- Page 25 Vidourle User's Guide SK301 RF Demodulator SISYPH www.sisyph.com Signals & Systems for Physics...
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Page 26: Document Revision History
Vidourle User's Guide SK301 RF Demodulator 6 Document Revision History 6.1 Version Number 6.2 Revision History P24A (2024-03-19) SISYPH www.sisyph.com Signals & Systems for Physics...
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