EEV/E2V Technologies CX1671D Three-Gap Ceramic Excimer Laser Thyratron Tube, US $4,999.99 – Picture 0

EEV/E2V Technologies CX1671D Three-Gap Ceramic Excimer Laser Thyratron Tube, US $4,999.99 – Picture 1

EEV/E2V Technologies CX1671D Three-Gap Ceramic Excimer Laser Thyratron Tube, US $4,999.99 – Picture 2

Eev/e2v Technologies Cx1671d Three-gap Ceramic Excimer Laser Thyratron Tube

US $4,999.99

Phoenix, Arizona, United States
Mar 12th

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Click Here. Double your traffic. Get Vendio Gallery - Now FREE! EEV / E2V Technologies CX1671D Three-Gap Deuterium-Filled Ceramic Thyratron Tube Comes with what you see in the pictures. If you don't see it, you probably wont get it. Specifications are from E2V and may vary slightly due to upgrades, options, or revisions this unit may or may not have. This unit was pulled out of a laser that had to be scrapped due to contractual obligations. Link to the Datasheet: EEV / E2V CX1671D Thyratron Datasheet Description: The CX1671D is a hollow-anode, screened grid, deuterium-filled, three-gap, high voltage thyratron with a ceramic envelope; it features high peak current, high rate of rise of current and low jitter. The CX1671D has been developed specifically for use in low inductance circuits where screening of the grid from anode voltage movements is required and where voltage/current reversal occurs. The patented hollow anode structure enables the tube to cope with inverse voltage and current without consequent reduction in its high voltage hold-off capability due to electrode damage. A reservoir normally operated from a separate heater supply is incorporated. The reservoir heater voltage can be adjusted to a value consistent with anode voltage hold-off in order to achieve the fastest rate of rise of current possible from the tube in the circuit. Peak Forward Anode Voltage: 105 kV max. Peak Forward Anode Current: 3.0 kA max. Peak Reverse Anode Current: 3.0 kA max. Average Anode Current: 1.0 A max. Rate of Rise of Current: > 150 kA/µs General Specifications: Electrical: Cathode (Connected Internally to One End of Heater): oxide coated Cathode Heater Voltage: 6.6 V ±0.2 V Cathode Heater Current: 25.0 A Reservoir Heater Voltage (see note 1): 4.0 A Reservoir Heater Current: 6.5 A Tube Heating Time (Minimum): 15 min. Inter-electrode Capacitances (Approximate): Anode to Gradient Grid 2: 50 fF Gradient Grid 2 to Gradient Grid 1: 20 pF Gradient Grid 1 to Screen Grid: 20 pF Gradient Grid 1 to Grid 2: 50 fF Mechanical: Seated Height: 342.9 mm (13.500 inches) max. Clearance Required Below Mounting Flange: 38.1 mm (1.500 inches) min. Overall Diameter (Mounting Flange): 111.1 mm (4.375") nominal Weight: 4.0 kg (8.75 pounds) approx. Mounting Position (see note 2): any Tube Connections: See outline (in datasheet) Cooling: Liquid: pumped oil or coolant immersion Pulse Modulator Service Specifications: Anode (Pulse Modulator Service): Peak Forward Anode Voltage: 105 kV max. Peak Inverse Anode Voltage: 90 kV max. Peak Forward Anode Current: 3.0 kA max. Peak Reverse Anode Current: 3.0 kA max. Average Anode Current: 1.0 A max. Rate of Rise of Anode Current (see notes 3 and 4): 150 typical kA/µs Pulse Repetition Rate: 100 pps typical, 200 pps max. Grid 2 - Pulsed: Unloaded Grid 2 Drive Pulse Voltage (see note 5): 1000 V min., 3000 V max. Grid 2 Pulse Duration: 1.0 µs min. Rate of Rise of Grid 2 Pulse (see notes 4): 5.0 kV/µs min. Peak Inverse Grid 2 Voltage: 450 V max. Loaded Grid 2 Bias Voltage: -50 V min., -150 V max. Forward Impedance of Grid 2 Drive Circuit: 10 Ω min., 500 Ω max. Grid 1 - DC Primed: DC Grid 1 Unloaded Priming Voltage: 75 V min. 150 V max. DC Grid 1 Priming Current: 75 mA min., 150 mA max. Grid 1 - DC Primed (see note 6): DC Grid 1 Unloaded Priming Voltage: 75 V min., 150 V max. DC Grid 1 Priming Current: 75 mA min., 150 mA max. Cathode: Heater Voltage: 6.6 V ±0.2 V Heating Time: 15 minutes min. Reservoir: Heater Voltage (see note 1): 3.5 V min., 6.5 V max. Heating Time: 15 minutes min. Environmental: Ambient Temperature: -50°C to +90°C Altitude: 3 km max. (10,000 ft) Characteristics: Critical DC Anode Voltage for Conduction (see note 11): 0.5 kV typical, 1.0 kV max. Anode Delay Time (see notes 11 and 12): 0.1 µs typical, 0.25 µs max. Anode Delay Time Drift (see notes 11 and 13): 15 ns typical, 50 ns max. Time Jitter (see note 11): 1.0 ns typical, 5.0 ns max. Cathode Heater Current (at 6.3 V): 20 A min., 23 A typical, 26 A max. Reservoir Heater Current (at 5.0 V): 6.0 A min., 7.5 A typical, 9.0 A max. Characteristics: Critical DC Anode Voltage for Conduction (see note 8): 5.0 kV typical, 7.0 kV max. Anode Delay Time (see notes 7, 8 and 9): 0.1 µs min., 0.35 µs max. Anode Delay Time Drift (see notes 7, 8 and 10): 10 ns typical, 50 ns max. Time Jitter (see notes 7 and 8): 1.0 ns typical, 5.0 ns max. Cathode Heater Current (at 6.8 V): 20 A min., 25 A typical, 30 A max. Reservoir Heater Current (at 5.0 V): 6.0 A min., 7.0 A typical, 9.0 A max. Single-Shot or Crowbar Service Specifications: DC Forward Anode Voltage: 90 kV max. Peak Anode Current: 10 kA max. Product of Peak Current and Pulse Length: 0.1 A.s max. Repetition Frequency: 1 pulse per 10 s max. For Domestic Customers: Packaging, handling, and order processing included in shipping in all domestic shipments as quoted by the shipping calculator. For International Customers there is a $25.00 minimum for packaging, handling, and order processing. International shipping to be determined by destination. Prior to shipment I need to know the following information: (1) Are you the end-user of this item? (2) If you are not the ultimate end-user of the item, please state the ultimate end user's name. (3) What is the ultimate country destination? If you have any questions please call Michael at 1-866-MHZ-ELEC (1-866-649-3532) Toll Free. Also, please click here to view or other auctions! 06/07/10 Powered by eBay Turbo Lister The free listing tool. List your items fast and easy and manage your active items.

“This unit was pulled out of a laser that had to be scrapped due to contractual obligations.”

Brand	E2V Technologies
MPN	CX1671D
Model	CX1671D