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TechnologiesCX1157 Ceramic Thyratron
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TechnologiesCX1157 Ceramic Thyratron
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TechnologiesCX1157 Ceramic Thyratron

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China

N ° de modèle:

VC4001

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Wuxi Putian Technology Co.,Ltd.

Wuxi Putian Technology Co.,Ltd.

China

Membre gratuit

Personne à contacter Ms. sendy

Z1-2F,Science＆Tech.Park.No.chinajiang, wuxi, china

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Spécification du produit

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  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red
  • Enter attribute here - e.g. Color:Enter value here - e.g. Red

La description

 

Hydrogen-filled tetrode thyratron with ceramic envelope, featuring low jitter and low anode delay time drift. Suitable for use at high pulse repetition rates and in applications requiring ruggedness and compactness. A hydrogen reservoir operating from the heater supply is incorporated.
………kV max
……………… **0 A max
…………… **0 mA max
………………7.0×**9 VApps max
………………… 3.5 MW max
Â
Electrical
……… oxide coated
…………………………………………………6.3 Cathode heater currentReservoir heater voltage(see note 1)% V
…………………………………………… 1.5 A
………………………………………… 3.0 min
Â
Seated heightClearance required below mounting flangeOverall diameter(mounting flange)Net weightMounting position(see note 2)Tube connectionsCoolingWhere natural cooling is insufficient to maintain the envelope temperatures below the specified rated values, cooling by forced-air, or by oil or coolant immersion may be used.
Anode terminalBasePULSE MODULATOR SERVICE MAXIMUM AND MINIMUM RATINGS (Absolute values)
Anode
……………………    -   *0 kV
……………    -   *0   kV
………………………………………    -   **0 A
……………………………………    -   **0 mA
…… - ***0 A/μs
………………………………………… - 7.0×**9 VApps
Â
Unloaded grid 2 drive pulse voltage(see note 7)Grid 2 pulse durationRate of rise of grid 2 pulse(see note 6)Grid 2 pulse delayPeak inverse grid 2 voltageLoaded grid 2 bias voltage(see note 8)Forward impedance of grid 2 drive circuitGrid 1 – DC Primed (See note 9)
………………………………*5   **0   V
………………………………………… *0   **0 mA
Â
Unloaded grid 1 drive pulse voltage (See note 7)Grid 1 pulse durationRate of rise of grid 1 pulse (see note 6)kV/Peak inverse grid 1 voltageLoaded grid 1 bias voltagePeak grid 1 drive currentCathode
………………………………………………   6.3% V
………………………………………………    3.0 - min
Â
Heater voltage(see note 1)Heating timeEnvironmental (See note *2)
………………………………………    **5    ***0℃
………………………………………………………   -       3km
-****0 ft
Â
                               Min      Typical    Max
……… -   0.2 Anode delay time (see notes *0 and *3)Anode delay time drift (see notes *0 and *4)Time jitter (see note *0)Recovery timeHeater and reservoir current (at 6.3 V)SINGLE-SHOT OR CROWBAR SERVICE
MAXIMUM AND MINIMUM RATINGS(Absolute values)
        Anode
…………………… -   -    *0 Peak anode current (see note *7)Average anode currentGrid 2
………………………   0.5 1.0 2.0 Grid 2 pulse durationRate of rise of grid 2 pulse(unloaded)Loaded grid 2 bias voltageForward impedance of grid 2 drive circuitGrid 1
………………………………   *0   *0 **0    mA
Â
Cathode heater voltageReservoir heater voltageCHARACTERISTICS
…………………………… -      3

Pays: China
N ° de modèle: VC4001
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Mots-clés correspondants Wuxi Putian Technology Co.,Ltd.

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Mots-clés correspondants

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