DAQ AND CONTROL
Aditya data Acquisition & control Group Acquire the Physical Data after signal conditioning and optical isolations. there are two main systems for acquisition control
1) CAMAC based Aditya data Acquisition :
CAMAC, an acronym for computer automated Measurement and control, is an international modular instrumentation and digital interface standard IEEE 583. the basic CAMAC building blocks are the module and the powered CAMAC crate. A PCI based add-on card is used as an interface between PC( with WINDOWS-XP o.s.) and CAMAC controllers. modules like ADCs,DACs, timers,clock generators, pulse generators, counters.........etc are used for data acquisition.
CAMAC Modules | No. Of Modules | No. Of channels | Total No. Of Channels | Sampling Rate | Bit Resolution | Memory Per Channels | Diagnostics Alloted |
8212_32 | 3 | 32 | 96 | 5KHZ | 12 | 2K | LV,,MP,BOLO,NIM,GIM, LHCD,ROGO,LIM, OT-CUR |
8212_8 | 3 | 8 | 24 | 0.5KHZ- 12.5KHZ | 12 | 4K | PIND,PVAL,LHCD,ICRM |
5548 | 12 | 4 | 48 | 50KHZ - 100KHZ | 12 | 16K | HXR,SXR,MW,FXR,SXR, ECE |
8210 | 2 | 4 | 8 | 1 MHZ | 10 | 24K | LPF,LBO |
2249 | 12 | 2 | 24 | --- | 12 | ----- | TSD |
IPR | 4 | 7 | 28 | 12.5KHZ - 50KHZ | 8 | 128K - 512K | BOLO,VF,VSWR,LIOV, ISAT,RAMP |
2) PXI based Aditya data Acquisition :
PCI eXtensions for Instrumentation (PXI) is one of several modular electronic instrumetation platform in current use. these platforms are used as a basis for building electronic test equipment, automation systems, modular laboratory instruments in science, and the like. PXI is based on industry-standard computer buses and permits flexibility in building equipment. often modules are fitted with custom software to manage the system.
PXI Modules | No. Of Modules | No. Of Channels | Total No. Of Channels | Sampling Rate | Bit Resolution | Memory Per Channels | Diagnostics Alloted |
6133 | 12 | 8 | 96 | 2.5 Ms/s | 14 | 4 M | Spectroscopy |
3. DIGITIZER:
- Slow : 5 KHZ to 12.5 KHZ
- Medium : 100 KHZ
- High : 1 MHZ
4. Control Delayed Pulse Generator
- Delayed Pulse generator is used to generate Pre and Post Trigger for
Acquisition
5. Data Analysis and Visualization Softwares:
- Matlab,
- MDSplus
- Java
Aditya Data Acquisition Requirement Form Download
Mrs. Chhaya Chavda Division Head Scientist SF Chhaya.ipr@gmail.com 07923962086 | Mr. V.K.Panchal Scientist SD vkpanchal08@gmail.com 079239622246 | Mr. N.C. Patel Lab Assistant D ncpatel@ipr.res.in 07923962249 |
1) Design and Development of V-Sync. Generator, Synchronizing CCD Camera With an External Trigger for Acquiring ADITYA Plasma Images.
2) Microcontroller Based 8 Channel Delayed Pulse Generator Interfaced With CAMAC System.
3) Design And Development Of Four Channels Fast Counter For Charge Exchange Diagnostic.
4) In House Development Of Arbitary Aquare Wave Generator Using Microcontroller.
5) Development Of Programmable Pulse Generator For Aditya Gas Puffing System.
6) Serial Multiplexed B ased Data Acquisition And Control System.
7) In-House Development Of Programmable Function Generator.
8) Automation Of Image Recording in PC During Aditya Shots.
9) Automation Of Aditya Capacitor Bank Charging System.
10) Automation Of VCR Recording During Aditya Shots.
11) RF Excited CO2 based Modulation Control Device.
12) Plasma Jyoti Event -2 Management Report
BRFST Projects On :
1) "Design Of Analog To Information Conveter" with Satyabhama University, Chennai
2) "Universal Interface Device" with V B Infotech Pvt Ltd, Ahmedabad.
3) " Design Of Single Pixel Camera" with Satyabhama University, Chennai.
Poster Presentation during Various Conferences:
1) PSSI 2012
1. Electronic Database Code Upgradation for ADITYA Experiments.
2) PCaPA 2012
1. Serial Multiplexed Based Data Acquisition and Control System.
3) IVS 2012
1. Development of Programmable Pulse Generator for ADITYA Gas Puffing System.
4) PSSI 2011
1. Design and Development of Four Channels Fast Counter for Charge Exchange Diagnostic.
2. Upgradation of Data Visualization Software for ADITYA Discharge Data Acquired Using PXI System.
5) PSSI 2010
1. In-house Development of Programmable Function Generator.
6) PSSI 2009
1. Automation of Aditya Capacitor Bank Charging System.
7) PSSI 2008
1. Microcontroller based 8 channel Delayed Pulse Generator interfaced with CAMAC System.
2. Design and Development Of Detector Signal Conditioning Electronics For SST-1 Thomson Scattering System.
8) PSSI 2007
1. In House Development of Arbitary Wave Generator Using Micro-Controller.
2. Design Of Multipulse Thomson Scattering Diagnostic For SSt-1 Tokamak.
3. Aditya Data Handling using MDS+.
9) PSSI 2006
1. Automation of Image Recording in PC during Aditya shots.
2. Multi Scanner Network Pop-up system.
3. Micro controller based CAMAC controller.
10) PSSI 2005
1. Automation of VCR Recording during Aditya Shots.
2. Development for Aditya Discharge Data Analysis facility using MDSplus.
3. Control system for ND:YAG Laser system for Thomson Scattering diagnostic.
4. CAMAC based Aditya Data Acquisition system.
11) PSSI 2004
1. Design and development of V-Sync. Generator synchronizing CCD camera with an externaltrigger for acquiring ADITYA plasma images.
2. Data Acquisition System for laser blow off diagnostic in Aditya Tokamak.