Voltage: 25 V - 80 V
Capacitance: 10 µF - 330 µF
... Polymer Hybrid Aluminum Electrolytic Capacitors takes the benefits of both electrolytic and polymer capacitor technologies and combines them, producing a capacitor with low ESR, low leakage ...
Voltage: 500 V - 1,100 V
Capacitance: 5 µF - 65 µF
Highlight Features High Irms rating High Ipeak rating Low self-inductance High reliability and life expectancy Non-polar Application Off-grid PV inverter Low power UPS/Frequency Inverter
Voltage: 450 V - 900 V
Capacitance: 20 µF - 380 µF
Highlight Features High Irms rating High Ipeak rating Low self-inductancy High reliability and life expectancy Non-polar Applications Electric Vehicle or Hybrid Electric Vehicle Welding ...
Voltage: 2,000 V - 4,000 V
Capacitance: 10 µF - 200 µF
Main Features High Energy (up to 1600 Joules) High current (up to 3000 Amps) Metal Case Typical Applications Lasers Beacons Flash
Voltage: 160 V - 500 V
Capacitance: 47 µF - 2,200 µF
Main Features - Long lifetime - High ripple current - Low esr Typical Applications - Filtering - Energy storage
Features Low impedance and low E.S.R High ripple current capability Excellent temperature characteristics : -55℃ to +105℃ Reflow soldering method available (260℃, 10 sec) Excellent endurance characteristics Applications Computer, ...
Voltage: 0 V - 1,000 V
... volume, our power capacitors distinguish themselves by high AC-voltage load capacity and outstanding suitability for high rms and surge currents. Unlike ...
Voltage: 0 V - 525 V
... of capacitance to volume, our MKP(D) capacitors distinguish themselves by high AC-voltage load capacity and suitability for high rms and surge currents. Our MKP(D) ...
High-End Capacitors for the Heart of your AC Filter The E62-3ph capacitors stand out by their high AC-voltage load capacity. They have been designed ...
Voltage: 1,600 V
Capacitance: 2 µF
SNUBBER capacitors are used in applications where high pulse loadings and high frequencies are presented. Their purpose is to eliminate voltage spikes which are caused by semiconductors ...
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