Construction and Commissioning of Electronic Test Benches

Slides:



Advertisements
Similar presentations
Final Design of a CW Radio-Frequency Quadrupole (RFQ) for the Project X Injector Experiment (PXIE)* Abstract: The Project X Injector Experiment (PXIE)
Advertisements

HIGH POWER SYSTEMS FOR WIND PROFILER K. P. Ray K. P. Ray Society for Applied Microwave Electronics Engineering & Research IIT campus, Powai, Mumbai-400.
Areal RF Station A. Vardanyan RF System The AREAL RF system will consist of 3 RF stations: Each RF station has a 1 klystron, and HV modulator,
Progress of the sub-harmonic bunching system (i.e. upgrading progress of BEPCII present bunching system) Pei Shilun for the SHBS team Accelerator center,
Bunch shape monitor for Linac-4 A.V.Feschenko Institute For Nuclear Research (INR), Moscow , Russia.
MICE Refurbishment of CERN RF equipment for MICE M. Vretenar, CERN AB/RF.
RF systems for MICE Andrew Moss The MICE RF Group and the TIARA WP7 Team Contributions include Daresbury, RAL, CERN, LBNL, LANL, FNAL, Strathclyde & Sheffield.
Monochrome Television Block Diagram
Electronics II Lab. Two Weeks. power connections Solderless Prototyping Board jacks for power connections.
ELECTRICAL SKILLS CAPACITORS. FUNCTION OF A CAPACITOR Capacitors are used in electrical circuits to store electrical charges.
THALES ELECTRON DEVICES
Proton Source Workshop December 7 & 8, 2010 John Reid December 8, 2010.
DESIGN OF A HIGH POWER TEST STAND FOR ESS SPOKE CAVITIES
Chapter 11 Rüdiger Schmidt (CERN) – Darmstadt TU –Version E2.2 RF cavities for particle accelerators.
Electricity, Electronics And Ham Radio “Kopertroniks” By Nick Guydosh 4/12/07.
Electronics for PS and LHC transformers Grzegorz Kasprowicz Supervisor: David Belohrad AB-BDI-PI Technical student report.
1 Magnetism.. 2 Magnetic Fields  Magnetic fields are historically described in terms of their effect on electric charges. A moving electric charge, such.
RF power & FPC status Eric Montesinos, CERN BE-RF on behalf of all people involved, great thanks to all of them !
Activities of Superconducting RF Accelerators at Nanjing University Sun An Proton Linear Accelerator Institute Institute of Energy Sciences, Nanjing University.
6.9 How radio works 22 October 2015 What is this image? What other information can you get from it?
February 17-18, 2010 R&D ERL Alex Zaltsman R&D ERL High Power RF Systems Alex Zaltsman February 17-18, 2010 High Power RF Systems.
FAIR PROJECT COST BOOK. FAIR cost 1.2 mld euro 1. Civil construction and infrastructure 322Meuro 2. Accelerator systems 592 Meuro 3. Experimental facilities.
Summer Tasks on UAV Radar Under supervision of: Shannon Rodríguez Lihua Li Gerry Heymsfield Manuel A. Vega-Cartagena UPRM Graduate Student Goddard Space.
Neutrino Factory Workshop, IOP, 28th October 2003 RF Systems David M Wilcox.
Anders Sunesson RF Group ESS Accelerator Division
Power Supply System for DRFS
MICE RF System Power Supplies, Control and Monitoring Status report February 2012 Chris White, STFC Daresbury Laboratory MICE Collaboration Meeting CM32,
The engineering needed for particle physics by Steve Myers Philosophical Transactions A Volume 370(1973): August 28, 2012 ©2012 by The Royal Society.
Oscilloscope The main purposes of the oscilloscope are: Can view the input waveform voltage or current. Can measure instantaneous values of the input waveform.
ALBA RF Amplifiers based on IOTs CWRF08 - CERN, March 2008 Michel Langlois & Paco Sanchez 1 Michel Langlois & Paco Sanchez.
RFQ – Design, Components and Fabrication 1 We aim to design and manufacture a Radio Frequency Quadrupole (RFQ).
650 MHz Solid State RF Power development at RRCAT
Power Supply Design Howie Pfeffer Mu2e Extinction Technical Design Review 2 November 2015.
WIDEROE ACCELERATOR CONCEPT (IN A BOTTLE) Stephen, Leon, Daichi, Stefan Presented by:
Long Pulse Klystron Modulators SML (Stacked Multi-Level) topology
New prototype modulator for the European XFEL Project (DESY) Pulse Step Modulator (PSM) Technology for long pulse applications.
High Voltage modulators ESS developments Carlos A. Martins ESS Accelerator Division, RF electrical power systems.
The wireless charge will convert the RF signal at 900MHz frequencies into a DC signal,and then store the power into a mobile battery.
Unit 5 Blocking oscillators & Time base generators
Pulsed Magnet Power Supply Feasibility Study
Presentation CERN SPAIN | ITALY | FRANCE | GERMANY | MEXICO | USA | BRAZIL | UAE | QATAR | OMAN | SAUDI ARABIA jema.es.
High Power RF Systems for 2-8 GeV Fast Cycling Synchrotron PROJECT X (ICD-2) John Reid September 11, 2009.
09/05/ Modelling and testing of circuit protection of new superconducting magnets for the HL-LHC project 2 nd Workshop of the Spanish Traineeship.
Andrew Moss ASTeC, Daresbury Laboratory October 2010 MICE RF Amplifier Status.
Report Technical Director Storage-Ring-Installation Completed
Modelling and testing of circuit protection of new superconducting magnets for the HL-LHC project
Areal RF Station A. Vardanyan
Introduction High Voltage!!.
Bridge Rectifier Electrical Engineering and Industrical Electronics
Balaji engineering college Special transformer
Wireless Power Driven Car or Train
Rectifiers, Filters and Regulator
How does a klystron work? TE-MPE Section Meeting Karolina Kulesz
Present and possible future schemes for hadron therapy linacs Alberto Degiovanni for the ADAM team HG2017 Workshop , Valencia.
MICE RF System Power Supplies, Control and Monitoring Status report
Project of Network Analysis
Construction and Commissioning of Electronic Test Benches
Wideband, solid-state driven RF systems for PSB and PS longitudinal damper.
352MHz Klystron Control for the 3MeV Linac test stand
Why are particle accelerators so inefficient?
Part2: Cavities and Structures
GlueX Electronics Review Jefferson Lab July 23-24, 2003
IFMIF-EVEDA RF POWER SYSTEM
Klystron Power Supplies for ILC
CEPC RF Power Sources System
Design Of Low-Power Wireless Communication System Based On MSP430
One quarter of RFQ vessel + vacuum pumps and supports
Collective Effects and Beam Measurements in Particle Accelerators
Part2: Cavities and Structures
IOT operation in the SPS Long term experience TWC 800 MHz
Presentation transcript:

Construction and Commissioning of Electronic Test Benches Medical RFQ Good morning, my name is Josué Rodríguez and I am beginning this presentation about my work at CERN. Constructtion and Commissioning of Electronic Test Benches is my assigned project. More concretely the project that I am working is Medical RFQ. 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015 Medical RFQ eric.montesinos@cern.ch , CERN-BE-RF josue.rodriguez.diez@cern.ch, CERN-BE-RF-PM 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015

Index What is it? Block Diagram Design Layout These are the points we will see in this presentation. First, it is important to know what is and what means Medical RFQ. Then, we will see a very simple diagram to know how it works. To end, we will see some parts of the final design and distribution. Medical RFQ eric.montesinos@cern.ch , CERN-BE-RF josue.rodriguez.diez@cern.ch, CERN-BE-RF-PM 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015

What is it? RFQ: RadioFrequency Quadrupole By the existing frequency to 750 MHz, the size of the quadrupole can be reduced RFQ will produce beams at low speed, after travelling a distance of 2 metres More compact accelerator created to the best suit installation in a medical facility Inductive Output Tubes or Solid State Power Amplifiers to be used in the production of the waves used in the acceleration process What is it? RFQ means Radio Frequency Quadrupole. The idea is use the technology involved in the LHC, specifically, linear accelerator technology and apply to medical aim. The size of the quadrupole can be reduced by the existing frequency. It permits to use a compact accelerator for medical facilities. IOT (Inductive Output Tubes) is the technology uses. This technology permits to obtain the best performance. What type of medical applications? The idea is use subatomic particles on cancerous cells. This facility applies a beam very focus in one point. For this reason, it will permit minimize adverse effects on the body. Medical RFQ eric.montesinos@cern.ch , CERN-BE-RF josue.rodriguez.diez@cern.ch, CERN-BE-RF-PM 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015

Block Diagram MATLAB Model Drivers IOT HV Capacitor Charger Capacitor Bank Crowbar Water Air We can see a very simple block diagram about the facility. This circuit represent a very simple electrical circuit. It will permit to do a Simulink Model. The RFQ have a cycle of 200 Hz with a pulse of 16 A during 20 microseconds. With this characteristics, I could design a model to simulate it. We can obtain the different electrical parameters that permit to know the performanc, the measurements and we can study different conditions. I calculated and dimensioned the HV Capacitor Charger and the Capacitor Bank. I did all technical specifications about the Low Voltage Power Supplies and the transformer. It provides energy to ITOs (I also did it for the Capacitor Charger and the Capacitors). I did the calculations for the pipes and the blower that the system need. Now, I am working on the driver. We try to find the performance between the power and the temperature. RF ON/OFF 16A 200Hz 20µs HV-DC POWER SUPPLY LVPS LVPS CAPACITOR Medical RFQ eric.montesinos@cern.ch , CERN-BE-RF josue.rodriguez.diez@cern.ch, CERN-BE-RF-PM 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015

Block Diagram This is more an engineering schematic about Medical RFQ. We can see some signals. I needed to know and to consider the different signals between the different power supplies and the system control. Now, we are working in the control system and all the communications between all devices. This picture corresponds with us accelerator. It has four modules, and we will connected IOTs on it. This is the shape for the one IOT, and for a driver and this is the fan to provide air to the four IOTs that we need. Medical RFQ eric.montesinos@cern.ch , CERN-BE-RF josue.rodriguez.diez@cern.ch, CERN-BE-RF-PM 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015

Design & Layout Isometric View RACKS HOLES Medical RFQ 6 x Racks Control Filament Grid Ion Pump Focus Driver RF 6 x Racks Isolation Transformer HV Capacitor Charger HOLES Finally, we can see an idea about the place where the Medical RFQ will be. It is a bunker. We can see some images take it on the place. All the devices that we can see before will put in this racks. Now, we are working on how install the cables. We need to calculate the size and I design the lines. We hope we can begin to test, maybe, on March 2016. Thank you so much. Old Version Medical RFQ Medical RFQ eric.montesinos@cern.ch , CERN-BE-RF josue.rodriguez.diez@cern.ch, CERN-BE-RF-PM 27 October 2015, 1st Workshop of the Spanish Traineeship Programme FTEC 2015