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Cermant Capacitor High Frequency Aluminum Electrolytic Capacitorsfor TV, LCD Monitor, Radio, Stereo, Game
What is an electrolytic capacitor?
Electrolytic capacitor is a kind of capacitor, the metal foil is the positive electrode (aluminum or tantalum), the oxide film (aluminum oxide or tantalum pentoxide) close to the positive electrode is the dielectric, and the cathode is made of conductive material and electrolyte (the electrolyte can be liquid or tantalum pentoxide). Solid) and other materials together, because the electrolyte is the main part of the cathode, so the electrolytic capacitor is named.
Cermant High Frequency Aluminum Electrolytic Capacitors
In-line electrolytic capacitors are one of the commonly used electronic components
- Description:
- Nominal Capacitance:10000UF
- Rated Working Voltage:35V
- Capacitance Tolerance: electrolytic +/-20%
- Operating Temperature Range: -40deg/C ~105+deg/C
- Size:18x35MM(0.71x1.38in)
- Package included:
- 5PCS 35V 10000UF Radial Aluminum 18x35MM(0.71x1.38in)High Frequency Electrolytic Capacitor
- High quality and long life. Tinker, DIY and hobbyists must! Great for repair and modification of TV, LCD monitor, radio, stereo, game console, microwave, prototyping, etc. Suitable for repairs and small projects.
- DC Blocking: Blocks the passage of current and allows AC to pass.
- Bypas: Provides a low-impedance path for certain parallel components in an AC circuit.
- Coupling: As a connection between two circuits, allowing an AC signal to pass and travel to the next stage circuit.
- Filtering: Turn the rectified sawtooth wave into a smooth pulsating wave, which is close to DC.
- Energy Storage: Stores electrical energy for release when necessary.
Superior Material
- The capacitor's shell is made of epoxy resin.
- Providing insulation & flame retardancy - High security.
Copper Nickel Plated Pins
- Strong conductivity.
- Smooth pins - not easy to rust.
- The long pin is positive and the short pin is negative.
Easy to Distinguish
- Capacitor is neatly marked with exact uF and volt clearly.
- Easy to identify and improve efficiency.
Stable Performance for Using
- High frequency but low loss.
- Strong overload capacity.
- Strong anti-pulse shock ability.
- High temperature resistance.
Daniel
Reviewed in the United States on September 12, 2024
Use these for smoothing 24v LED strips. Good stuff.
Collin
Reviewed in the United States on August 28, 2024
I can't comment on accuracy of description. I used this with a diode to keep the stereo going through the voltage drop of starting up our ski boat with all the key off and ons. Keeps the radio going for a few seconds after the radio is switched off.
Roger Smith
Reviewed in the United States on June 20, 2024
Great product
Steve
Reviewed in the United States on May 16, 2024
Perfect product. Used as a smoothing capacitor.
Mike
Reviewed in the United States on February 5, 2024
So I got these to use to lesson surge draws from my inverter. Basically I built a capcitor bank (3d printed) using these that will charge up during low draws and will discharge quickly to suppliment the battery current and keep voltage up during high surges. Like for example when my refrigerator starts up. This in turn helps to keep the current down into the inverter which often beeps as and overcurrent warning during these times. Well the good news is the capacitor bank has mostly fixed this problem by again limiting the voltage slump on battery side when starting loads happen. However these capacitors are not striking me as very high quality so far. Two reasons for this. One I tested all 10 capacitors for there capacities. They are supposed to be 10,000uf. What I found is as follows: 91249073916290319069 90359115878090819043 So every capcitor was about 10% less capacity than advertised which is poor. In reality these are 9,000uf capacitors. NOT 10,000 as claimed. Not cool. The other thing is that after a couple months of cycling with my inverter the capacities seem to of degraded already to about 7,500uf per capacitor which is quite significant. These shouldn't really be being pushed that hard with what I am doing if they are supposed to be used for sound systems and such. Overall the capacitors are okay but not great. They are undersized and not particularly durable in my experience thus far.
Kevin S.
Reviewed in the United States on October 11, 2024
Working perfectly for what I needed them for
Michael C.
Reviewed in the United States on November 26, 2023
I have a small-ish audio amplifier that I suspected could produce better audio if the input voltage was more stable. Any time you have an audio device with a transformer on the wall and a low-voltage cord, it is likely that the voltage is drooping on the amplifier side due to the sudden power draws of bass and the resistance in the cord. After putting one of these directly on the power pins of the amplifier, the sound is SIGNIFICANTLY sharper.Of course, this voids the warranty on your audio device, and certainly poses a risk of damaging it. Also make sure you know the voltage going into the amplifier, and get a capacitor for a higher voltage than that. (I first bought 16V caps thinking the supply was 12V before realizing the power supply was actually 19V) These capacitors are also large, so make sure you have room first.Physical dimensions are 34.9mm tall and 18.2mm diameter for the shell, with negative lead 20.5mm and positive lead 25.8mm, spaced 7mm apart.
Cesar J Lisboa
Reviewed in the United States on November 18, 2023
Grade A caps . Highly recommend.
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