F+T 22 µF @ 500 Volt, axial
F+T 22 µF @ 500 Volt, axial
F+T 22 µF @ 500 Volt, axial

F+T 22 µF @ 500 Volt, axial

Product No.:
cft-22-500
In stock. Delivery time depends on the destination country* In stock. Delivery time depends on the destination country*
RoHs:
conform
Weight:
0.012 kg per piece
3,15 €

incl. VAT excl. Shipping costs

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Description
  • Type: Aluminum Electrolytic Capacitors
  • Capacitance: 22 µF
  • Voltage Rating: 500 V
  • Tolerance: +/- 20%
  • Operating Temperature Range: - 40°C / + 85 °C
  • Dimensions: Ø 18 mm x 39 mm
  • Termination Style: axial
Safety Information
Safety Information for Electrical Components, Especially for Tube Amplifiers

For all electrical, electromechanical, and mechanical components, the specifications and operating parameters defined by the respective type standards generally apply.
Further information, where available, can be found in the respective data sheets and product descriptions included with the product.

General Information
  • NOT SUITABLE FOR CHILDREN – choking hazard due to small parts
  • NOT SUITABLE FOR UNTRAINED PERSONS – danger to life due to high voltages
  • The safety and processing requirements applicable to the component must be observed
  • CE conformity applies only when installed professionally
  • Warranty becomes void in case of improper handling
  • The operator is responsible for proper installation
  • Local regulations and VDE provisions must be complied with
  • Never exceed the rated power
  • Never exceed the rated voltages and currents
Required Expertise
  • Use of measuring instruments (multimeter, oscilloscope) and evaluation of measurement results
  • Safe handling of high voltages (up to 500V and more)
  • Reading and understanding circuit diagrams
  • Selection of appropriate tools
  • Knowledge of electrical components and their characteristics
  • First-aid knowledge for electrical accidents
  • Knowledge of VDE regulations and safety requirements
Specific Safety Instructions by Component Groups

Amplifier Tubes
  • Hazard due to high voltages
  • Hazard due to very high heat generation
  • Hazard due to glass breakage
  • Hazard due to UV radiation in case of defective tubes
Transformers & Chokes
For qualified personnel only! Installation and removal of power transformers, chokes, output transformers, and switching power supplies may only be carried out by qualified specialists.
  • Hazard due to high voltages
  • Risk of electric shock
  • Hazard due to heavy weight
  • Risk of injury
  • Fire hazard in case of overload
Capacitors
  • Explosion hazard if electrolytic capacitors are connected with incorrect polarity
  • Never exceed the rated operating voltage
  • Hazard due to high voltages
  • Risk of electric shock
  • Capacitors can store voltage for hours
Resistors
  • Hazard due to high heat generation
  • Hazard due to high voltages
  • Fire hazard in case of overload
  • Hazard due to hot surfaces
  • Risk of burns
Fuses
  • Replace only with identical ratings
  • Never bypass or "repair" a fuse
  • Identify the cause of fuse failure before replacement
  • Fire hazard when using incorrect fuse ratings
Relays & Switches
  • Hazard due to switching sparks
  • Contact damage in case of overload
  • Fire hazard due to defective contacts
Potentiometers & Rotary Switches
  • Hazard due to high voltages at the contacts
  • Fire hazard in case of overload
  • Mechanical damage may lead to short circuits
Diodes & Rectifiers
  • Hazard due to high voltages
  • Heat generation
  • Risk of burns
  • Observe correct polarity
  • Malfunction in case of incorrect polarity
  • Heat sinks required for power diodes
Sockets, Connectors & Cables
  • Hazard due to high voltages
  • Check insulation for damage
  • Ensure proper strain relief
  • Fire hazard due to undersized cables
  • Touch protection required for high-voltage connectors
Heat Sinks & Fans
  • Risk of burns due to hot surfaces
  • Risk of mechanical injury from moving fans
  • Electrical hazard in case of defective fan motors
Circuit Boards & Turret/Lug Terminals
  • Hazard due to sharp edges
  • Fire hazard during soldering
  • Hazard due to solder fumes
  • Adequate ventilation required
  • Observe ESD protection
Housing Parts & Mounting Hardware
  • Risk of injury due to sharp edges
  • Electrical safety must be ensured
  • Observe proper grounding
  • Provide adequate ventilation openings
  • Ensure protection against contact with live parts
Measuring Instruments & Indicators
  • Hazard due to high voltages in analog instruments
  • Fragile glass front
  • Risk of injury
Documents
F+T Capacitors axial Datenblatt  (157.02 KB)
Manufacturer
Herstellerinformationen | Manufacturer Information

FTCAP GmbH
Carl-Benz-Str. 1
25813 Husum
Germany
http://www.ftcap.de
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Electrical Characteristics

  • Heater voltage (Uf): 6.3V or 12.6V
  • Heater current (If): 300mA at 6.3V, 150mA at 12.6V
  • Anode voltage (Ua): Maximum 300V
  • Grid voltages (Ug1): -2V (typical)
  • Grid voltages: -50V to 0V
  • Anode current (Ia): 1.2mA (typical)
  • Anode power dissipation: Maximum 1W per triode
  • Anode resistance (ra): 62.5kΩ
  • Amplification factor (μ): 100
  • Transconductance (S): 1.6mA/V
  • Input capacitance (Cin): 1.6pF
  • Output capacitance (Cout): 1.6pF

Mechanical Characteristics

  • Socket: B9A (Noval)
  • Number of pins: 9

Pin Configuration

  • 1 Anode (Triode 1)
  • 2 Grid (Triode 1)
  • 3 Cathode (Triode 1)
  • 4 Heater (f)
  • 5 Heater (f)
  • 6 Anode (Triode 2)
  • 7 Grid (Triode 2)
  • 8 Cathode (Triode 2)
  • 9 Center Heater (f)

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