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Optional accessory: Capacitor Charging Power Supply (CCPS) for EME

CCPS

1 CCPS

This High voltage Capacitor charging power supply (CCPS) is a special kind of power supply suitable for capacitive and dynamic load with fast protections circuits. Conventional HVDC power supplies are designed to operate at a given output voltage into a constant or near constant load. Intense pulse power systems, require short burst of energy which may be derived from rapidly discharging the capacitor such as Pulse lasers, flash lamps, rail guns, electromagnetic tool coil, magnetron, klystron etc.

The most important difference between a CCPS and a conventional power supply is the wide range of load conditions over which the CCPS is required to operate. The CCPS must be able to operate from near short circuit conditions at the beginning of the charge cycle to very light load conditions at the end of the cycle when the target voltage has been reached. So, the topology must be such that it should withstand short circuit condition. For these reasons, a conventional power supply is usually not suitable to perform the task of a CCPS, as most are designed for constant power applications and cannot handle the stresses/reflections involved in pulsed power applications.

Capacitor charging power supply is most efficient and effective means of charging capacitive loads to high voltages at high repetition rate. The developed CCPS has inherent short circuit protection, over voltage protection, over current protection, over temperature, voltage reversal protection and transient protection. The size of the CCPS is compact and remote operation possible.

CCPS

1 CCPS


SPECIFICATIONS

  • Average charging rate: 3kJ/s
  • Output maximum voltage: 30kV (in step of 100V)
  • Polarity: positive
  • Output connection: 50kV dc insulation coaxial cable
  • Mains input: 400V- 440V input, 50Hz three phase
  • Charge current maximum: 200mA
  • DC output: Possible
  • Parallel operation: Possible
  • Remote operation: Possible through fiber optic cable

APPLICATIONS

  • High performance lasers
  • Medical sterilization
  • Rock crushing
  • Arc lamps, flash lamps, and flash x-ray systems
CCPS

1 CCPS


Capacitor charging power supplies are specifically designed to efficiently charge capacitive loads to high voltages with excellent pulse to pulse repeatability at very high repetition rates. Capacitor charging supplies differ from conventional DC supplies in that the output current is fixed and not variable, allowing the load capacitor to be charged in the fastest possible time, with no requirement for series current limiting resistors.

SPECIFICATIONS

  • Average charging rate: 3kJ/s
  • Output maximum voltage: 30kV (in step of 100V)
  • Polarity: positive
  • Output connection: 50kV dc insulation coaxial cable
  • Mains input: 400V- 440V input, 50Hz three phase
  • Charge current maximum: 200mA
  • DC output: Possible
  • Parallel operation: Possible
  • Remote operation: Possible through fiber optic cable

APPLICATION

The capacitor charging supply was originally designed to replace large command resonant charge supplies in high performance lasers. Even today the largest application for this type of supply is in the laser industry. Although lasers are the largest users of capacitor charging power supplies, they also find applications in areas as diverse as medical sterilization and rock crushing.

Capacitor charging power supply is used in various accelerators, pulse forming line, RF systems. It can act as a source for arc lamps, flash lamps, and flash x-ray systems. It can be used as a charging source for various kinds of repetitive laser system like excimers lasers, free electron lasers. It has various use in repetitive pulse power systems like electromagnetic forming, repetitive Marx based pulse power systems, magnetic switch based repetitive pulse power system.

FACILITIES REQUIRED / INFRASTRUCTURE REQUIREMENT FOR COMMERCIAL PRODUCTION 
3 phase power supply through 32 A MCCB. Standard laboratory equipments for testing high voltage supply is required.  A minimum distance of 5 m should be maintained between the charged system and the working personnel for safety reasons. Proper grounding must be provided to the CCPS prior to operation or testing. Dimension of CCPS (standard as per 6U industrial rack) are 26.4cm X 48cm X 52cm.

An electrical engineer, a mechanical engineer & 1 trained technician would be needed.

SR NO. Organization name Licensee Name Licensee Code ACQUIRED ON Valid Till Address City State Email Phone
01 M/s Artech Welders Pvt. Ltd. Shri Subhash Patwardhan 56 19-02-2016 19-02-2023 A-24/1, "H" Block, M.I.D.C., Pimpri Pune Maharashtra sales@artechwelders.com 02027476160
02 M/S. ELECTRONICS CORPORATION OF INDIA LTD. P. VISWANATH 32 23-11-2016 - ECIL P. O Hyderabad Telangana pvn@ecil.co.in 04027123762
SR NO. COUNTRY NAME PATENT NUMBER
No Data Found.
SR NO. NAME STANDARD NUMBER LOGO
No Data Found.

General License Fee : ₹ 360,000.00 (Three Lakh Sixty Thousand)

General Royalty : 0%