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LTC1923EGN#TRPBF Linear Technology LTC1923 - High Efficiency Thermoelectric Cooler Controller; Package: SSOP; Pins: 28; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1923EGN Linear Technology LTC1923 - High Efficiency Thermoelectric Cooler Controller; Package: SSOP; Pins: 28; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1923EGN#PBF Linear Technology LTC1923 - High Efficiency Thermoelectric Cooler Controller; Package: SSOP; Pins: 28; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1923EGN#TR Linear Technology LTC1923 - High Efficiency Thermoelectric Cooler Controller; Package: SSOP; Pins: 28; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1923EUH#TR Linear Technology LTC1923 - High Efficiency Thermoelectric Cooler Controller; Package: QFN; Pins: 32; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1923EUH#PBF Linear Technology LTC1923 - High Efficiency Thermoelectric Cooler Controller; Package: QFN; Pins: 32; Temperature Range: -40°C to 85°C visit Linear Technology - Now Part of Analog Devices Buy

air cooler

Catalog Datasheet MFG & Type PDF Document Tags

air cooler

Abstract: m612 Countersink for M8 socket head screw 4x per heat sink old version lk (air cooler) new version 12Z5. Wl , CN CO PJ Os ON (Nl CJN ET7B _L l-snffil Pin 1 ♦ ♦ M6-12 deep 12x k (air cooler) SKiiPi old version 3 LO Osi (Nj t ♦4- o co cnj o CNJ n o vD ln LH CNJ ziAL JB a IIIVlll PH 1 (NJ CNJ f SKnP2 standard heatsink (water cooler) 2-fold old version , rd heatsink (water cooler) 3-fold new version 80 25 o o £ Countersink for M8 socket head
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air cooler m612 ln 258 SKiiP2 cooler M5-10 M4-10

fopf

Abstract: ML-7003 . Provisions must be made for the anode air cooler fins to clear the tube support. The inside diameters of the , variations from tube to tube in the dimensions of the anode air cooler. The anode connection should be made , air cooler by flexible wires located under the shock ring. MAXIMUM RATINGS AND TYPICAL OPERATING , capacitance is small. The cathode is a unipo-tential oxide-coated type. When cooled by forced air, the anode is capable of dissipating 3 kW with 200 cfm air flow. The internal structure of the ML-7003A has
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ML-7003 fopf x-ray tube operation machlett x-ray tube triode 3kw machlett ml-892 ED-15827

DN16NW

Abstract: (optional) J Active gauge cable K K Air cooler G H EXT75DX turbopump F G E Power supply J A C B E Basic TIC system D A TIC, 200W F Air cooler B , air cooler M E P R T L Relay box D Q Mains cable C M RV pump R , to a turbopump it can control a backing pump, a vent valve, an air cooler and an Edwards active , (water at 15 °C, ambient temp at 40 °C) Forced air cooled, 35 °C ambient 2 × 10 -2 mbar 1 × 10
Edwards
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DN16NW RS232 B72241000 B72242000 B72243000 B72245000 D39721000

2PS0600R12KS4-2G

Abstract: four quadrant chopper driver circuit 6.1.3 6.1.4 Technical drawings PrimeSTACK with air cooler PrimeSTACK with water cooler PrimeSTACK , (water cooler) Meaning of the options indicated with "J" Standard cooler for forced air cooling, fan is , cooler and that of an air cooler: · Air cooler: The trip level at TNTC = 80.85°C · Water cooler The , : o Heatsink with forced air cooling (standard) o Water cooling DC-bus construction. Especially for , interconnection of the individual 62mm modules. Heatsinks (PrimeSTACK Basic add-on) generally either air cooling
Infineon Technologies
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PD100 OEA240 2PS0600R12KS4-2G four quadrant chopper driver circuit 600V 300A igbt dc to dc boost converter B32654-S0474 calculation of IGBT snubber IGBT FZ 400 KS4

AM MODULATOR

Abstract: air cooler '"1!£ FILAMENT TERMINALS lf| MAX. DIA ei i¿O.A. GRID TERMINAL 4 g"iXDI4 ANODE AIR COOLER FILAMENT TERMINALS 3 â'" * â'" DIA -GRID TERMINAL ANODE AIR COOLER ED-29008/RI DIMENSIONS â'" ML-6423 DIMENSIONS â , '" ML-6423, ML-6423-F . Air flow on anode ML-6423, minimum for 12.5 kW dissipation . ML-6423-F, minimum for 10 kW dissipation . Maximum incoming air temperature , with Machlett ML-6423 Air Distributor F-17797. +At frequencies up to 15 Mc, normal cabinet ventilation
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892-R AM MODULATOR machlett 6423 Raytheon Company industrial tube company ML-6422 ML-642 ST-1688

steam CONDENSER

Abstract: condensers 10 mf path A B A B C b a 42 ABB Review 3/1997 Tube bank Air cooler C , bank Air cooler C D Venting duct Condensate baffle plate 1 Steam inlet flow ments. At , / drilling Total ABB Review 3/1997 Shell Support plates Air cooler Beam Hotwell Water box , field Fully assembled CM/H condenser module ­ view inside the water box A B Tube bank Air cooler C 1 Venting duct Steam inlet flow 1 A A B C B C a b ABB Review
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steam CONDENSER condensers 10 mf CONDENSER ABB/steam CONDENSER for the condenser air cooler H-1558

machlett

Abstract: air cooler '"- DIMENSIONS â'" ML-6424 FILAMENT TERMINALS I J MAX. DIA. ANODE AIR COOLER FILAMENT TERMINALS GRID TERMINAL ANODE AIR COOLER ED-2S008/RI DIMENSIONS â'" ML-6425 DIMENSIONS â'"ML-6425-F ST-1689 4.5M 5-64 , -6425-F .Forced-air Air flow on anode: ML-6425, minimum for 12.5 kW dissipation , cfm Maximum incoming air temperature , -6425-F .50 lbs. â'¢When used with Machlett ML-6425 Air Distributor F-17797. +At frequencies up to 15 Mc
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machlett 6425F 2s008 ei 306 20 64 st 1689 KW operation amplifier 5I82/R4

MAX16820

Abstract: nonpolarized capacitors (MAX5033) for a pulsed air cooler. The following are the electrical input requirements and output , to Power a Pulsating LED Cooler By: Jim Christensen, Strategic Applications Engineer Abstract , power a Nuventix® pulsating LED cooler. Overview This reference design details a driver circuit , MAX5033 provides power to a pulsating cooler through the J2 connector. The cooler presents a sinusoidal
Maxim Integrated Products
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MR-16 MAX16820 STPS2L60A RB160M-60 2SK2857 nonpolarized capacitors capacitor 10uF 50V resistor 10k RB160M 24VDC 16VDC
Abstract: / TEC driver; suited air cooler; PCB board (not attached to the LD in the standard version; if wanted JENOPTIK
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ML-7715

Abstract: air cooler .003 DIA ANODE AIR COOLER ALL DIMENSIONS IN INCHES DIMENSIONS â'"ML-7715 THE MACHLETT LABORATORIES , forced-air or dielectric gas. When cooled by forced air the anode is capable of dissipating 3 kW with 150 cfm air How. The maximum ratings uf 65 kVdc and 70 kv peak apply when the tubes are coin pletely immersed , -7002 Circulating oilt Type of Cooling â'" ML-7715 Forced-airt Air flow on anode, minimum for 3 kW dissipation I 50 cfm at 0.3" water Air How on grid 50 cfm Maximum incoming air temperature 65 °C Maximum Glass
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7715 ML-7002

ML-6544

Abstract: machlett 6544 HEATER CATHODE ANODE AIR COOLER ED-29003/RI DIMENSIONS FOR OUTLINE OF ML-6544 Ref. Inches Notes , with an air flow of 80 cfm. GENERAL CHARACTERISTICS Electrical Filament Voltage , Air flow on anode (at 45°C and 14.7 psi ambient atmospheric pressure) .80 cfm , .0.2 Air flow on grid radiator, cfm Maximum incoming air temperature
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machlett 6544 6544 radar tube machlett triode st1580 machlett 60 ED-29016 ST-1580

ML-7007

Abstract: ST-1706 6040 ML-7007 PAGE 5 ML-7007 PAGE 6 COOLING CHARACTERISTICSâ'"ML-7007 ANODE AIR COOLER - «37  , high heat dissipation capability. The anode is rated for 12 kW dissipation with an air flow of 550 cfm , .Forced-air Air flow on anode, minimum for 10 kW dissipation .350 cfm at 3" water Air flow on seals, approximate .100 cfmt Maximum incoming air temperature
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ST-1706

WL23791

Abstract: WL-23791 of 50%. AIR COOLER CHARACTERISTICS Ampere .22. Ampilficatlon Factor Max. inlet AirFihFi()Gd , e.Aprs o.C. O~ Voltage .- 0 m . to she gid r.t. circuit. The anode cooling air mee me. otAmprst , poree Alr. Saeplgutn Meelmum Incomingn AIr Tomperature . deeC Culb end Seals. . AIrflow throuah , i paalelD.C. Grid Voltage . .-looo max. musb symeriall 2 max. Amperes circit.Theande coing air , Pounds Shipping Weight (Approx.i . Cooling: Forced Air, See Figure0 1 . Anode Maximum incoming Alr
National Electronics
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WL-23791 WL23791 high power Triode for induction heating WESTINGHOUSE ELECTRIC oscillator WESTINGHOUSE ELECTRIC westinghouse oscillator NL-23791/TH

8772 P

Abstract: ML-8772 TERMINAL. ANODE ED-28325-I/R4 ML-8772 FILAMENT TERMINALS- , -8773 .Forced-air Air flow on anode for 35 kW dissipation . Pressure: 1700 cfm at 7.8" water* Exhaust: 1970 cfm at 8.4" water* Maximum incoming air , -8773 . 43 lb â'¢When used with ML-8773 air distributor F-17759. â (â'¢Auxiliary air flow of 50-100 cfm , °C, around the circumference of the seals. At high ambient temperature, additional air flow may be required
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8772 P NATIONAL ELECTRONIC TUBE company thyratron 8772 ED-283IO-I/R6 ST-2417

453gb12e4s

Abstract: SEMIX 71GD12E4S (rms) = f (fsw) (Vcc=650V, Vout=400V, fout=50Hz, Ta=40°C, air cooler Rth(s-a)=0.031K/W) Inverter , medium switching frequencies (4.8kHz) and air cooling. The new IGBT 4 technology (~T4/E4) allows for a , maximum continuous inverter current Iout(rms) = f (fsw) (Vcc=650V, Vout=400V, fout=50Hz, Ta=40°C, air cooler Rth(s-a)=0.031K/W) Inverter current with SEMITRANS .126 .128 .12T4 .12E4 280
SEMIKRON
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AN-9001 453gb12e4s SEMIX 71GD12E4S 300gb12e4 igbt cross-reference SKM200GB128D SEMiX 202GB12E4s

machlett ML-6696

Abstract: 6697 -6697 .Forced-air Air flow on anode for 35 kW dissipation Pressure: 1700 cfm at 7.8" water* Exhaust: 1970 cfm at 8.4" water* Maximum incoming air temperature , -6697 .43 lbs. â'¢When used with ML-6697 air distributor F-17759. tAuxiliary air flow of 50-100 cfm is , the circumference of the seals. At high frequencies or high ambient temperature, additional air flow , CHARACTERISTICS i | ! USING MACHLETT AIR DISTRIBUTOR F-i 17759 â  ;[;: | :â : j: i1;:':. I.: i ;: j
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ST-1707 machlett ML-6696 6697 machlett thyratron A-13094 thyratron tube operation ML-6696 5095/RZ

ML-6697A

Abstract: Ml-6696a TERMINALS < GRID TERMINAL- h~rrr ANODE AIR COOLER- ® © CD ED-536434 ML-6697A DIMENSIONS FOR , .Forced-air Air flow on anode for 35 kW dissipation . Pressure: 1700 cfm at 7.8" water* Exhaust: 1970 cfm at 8.4" water* Maximum incoming air , .43 lbs. â'¢When used with ML-6697A air distributor F-17759. tAuxiliary air flow of 50-100 cfm is , °C, around the circumference of the seals. At high frequencies or high ambient temperature, additional air
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Ml-6696a 6697A EC-200 oscillator ml 081 ML6697A a1309 ML-6696A ST-2373

ML-7560

Abstract: ML 7560 . ANODE AIR COOLER TUBE SUPPOR_TED_ FROM THIS SURFACE NOTE I : INDEX GROOVE ON ANODE FLANGE MUST ALIGN , -8317 . Forced-air Air flow on anode for 60 kW dissipation, minimum .3000 cfm* * Maximum incoming air temperature .50 °C Air Flow on Insulators and Seals, approximate , volts for peak cathode currents up to 350 amps. * 'When used with ML-8317 air distributor F-27836. *At
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ML-7560 ML 7560 triode ML 1100 dc power ED-27362/RI 27363/R2 ST-2019

1kva inverter circuit diagram

Abstract: 2kva inverter circuit diagram Safety valve Flow switch DC power supply unit (+5V, +24V) Cable duct Air cooler Driving control box , Test samples X-ray/shutter warning lamps 1 set (red/green) Piping parts Air filter Strainer Reducing valve (for air) Reducing valve (for nitrogen) Nitrogen escape valve Nitrogen cylinder Air , switch (for air) Pressure switch (for nitrogen) Valve stand Interface (for PI/O interface with , can be replaced easily. C-Frame (standard: measuring air gap height 750mm
Toshiba
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1kva inverter circuit diagram 2kva inverter circuit diagram AIR FLOW DETECTOR FULL REPORT automatic phase changer file 220V Automatic Voltage Regulator schematic automatic phase changer AC200V AC100V EJD-069

Schaffner

Abstract: Interior air cooling system SK3305.xxx The interior air cooler mounted in the door is an active cooling , sealed. Fig. 11: Connection option for condensate drain at the interior air cooler Seal cabinet , collection tray with drain tube Interior air cooling system SK3305.xxx System messages via LED display â , : Drain duct at the cabinet bottom Fig. 11: Connection option for condensate drain at the interior air cooler Fig. 12: Dimensional drawings ECOsine® active-030/050-480-3 Fig. 13: Drilling template ECOsineÂ
Schaffner
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Schaffner
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