Audio capacitor is a component mainly used for regulating and filtering circuits. In audio, the role of capacitors is to control the path of AC signals and block DC signals. But if the capacitor in the speaker is damaged, it will have a significant impact on the performance of the speaker.
How to avoid capacitor damage:
Regular maintenance: Regular maintenance and inspection of audio equipment can detect capacitor problems in a timely manner and solve them early.
Use appropriate power supply: When the voltage of the power supply used for audio equipment is too high or too low, it will have adverse effects on the capacitor. It is recommended to use a suitable power supply.
Moisture prevention measures: Sound equipment needs to avoid being affected by moisture. If the capacitor is exposed to water or moisture, it is easy to cause the capacitor to deteriorate.
In addition to the above methods, choosing the right brand is also extremely important(WEET Audiophiler MKP 250V 400V 630V) The product quality of WEET factory is excellent and has received unanimous praise and trust from domestic and foreign customers - WEET Best Audiophiler Capacitor Review Website.
Below the picture of Low voltage small size and large size - Best Audio Capacitors for Speakers(Gold Tinned Copper Wire Audio Grade MKP Capacitors).
Contact us：Wallis@weetcap.com
WEE Technology Published on Jun 6, 2025
Application scenarios and advantages and disadvantages of different types of audio capacitors:
Ceramic capacitors: suitable for circuits with low performance requirements, but not suitable for high-end audio applications due to their poor stability and noise issues.
Electrolytic capacitor: suitable for power filtering and load decoupling, especially as a coupling capacitor in analog signal paths. The FG series is suitable for high-end audio equipment due to its high performance.
Thin film capacitors: suitable for circuits that require high stability and low noise, such as coupling and filtering in high-end audio equipment. WEET Audio Grade MKP Capacitors perform well in terms of sound quality and are suitable for applications that pursue high-quality sound effects.
WEET WMT Silver Gold Tinned Copper Wire Condenser Audio Grade MKP Capacitors，250V MKP capacitors for audiophiles HiFi Audio.
In addition to the 18uF 250V Axial MKP Audio Metallized Film Capacitor shown in the picture below, there are also Low Voltage and Small Size Best Audio Capacitors for Speakers for you to choose from,
WEET WME Cross Mundorf MKP Audiophiler or ClarityCap ESA, Our factory is meticulous in quality management, ensuring that every product meets national standards. When you need it, do not hesitate to contact WEET.
18uF 250V Axial MKP Audio Metallized Film Capacitor
WEE Technology Published on Jun 5, 2025
The main function of audio capacitors is to perform frequency separation, ensuring that sound signals of different frequencies can be transmitted correctly to the corresponding speaker units.
Application scenarios and design considerations of audio capacitors：
High frequency channel: In the high frequency channel, capacitors are connected in series in front of the positive pole of the high frequency speaker to filter out the low-frequency part of the audio signal, ensuring that only high-frequency signals enter the high frequency speaker.
Low frequency channel: In the low frequency channel, the role of the capacitor is opposite to that of the high frequency channel, ensuring that low-frequency signals can pass smoothly.
Mid frequency channel: The mid frequency channel uses a bandpass filter to allow signals within a specific frequency range to pass through, while blocking high and low frequency components.
WEET WMT silver gold tin plated copper wire MKP audio capacitors 250V, with gold-plated copper leads providing long-term high reliability and excellent soldering performance. WEET audio capacitors can replace ERSE、Mundorf - MCAP MKP、Mallory、BENNIC、SCR / SOLEN、Auricap、INTERTECHNIK、Ampohm Audio series.
When considering which suitable audio capacitor(Gold Tinned Copper Wire Audio Grade MKP Capacitors)to choose, WEET can be chosen as it is trustworthy.
Below the pictures of 5.6uF MKP Frequency Divider Crossover HIFI Application and 6.8uF MKP Audio Capacitors 100V Small Size.
WEE Technology Published on Jun 4, 2025
WME axial metalized polypropylene film capacitors use vacuum coated aluminum polypropylene film as the combination of dielectric and electrode, mainly used in audio capacitors and so on.
WEET Best Audiophiler Capacitor Review Website. http://www.enjoyen.com/
Now let WEET explain to you the specifications of metallized polypropylene film capacitors:
Working temperature | -55 ℃~+85 ℃ |
Capacitor range | 0.1~100uF |
| Capacitor tolerance | ± 3%, ± 5% 1KHz (± 2% as required) |
Rated voltage | 50V, 100V, 250V, 400V, 630V.DC |
Voltage resistance | 1.6VR 5S |
Lead diameter | 0.8、1.0 tin plated pure copper wire |
The capacitance range of WEET metallized polypropylene film capacitors is from 0.1uF to 100uF, with rated voltages of 50V, 100V, 250V, 400V, and 630V.DC.
Above 100uF is a customized product, and if there is a special need, the maximum capacity can be made up to 300uF
Fast transient design, high-precision capacitance values of ± 1%, ± 2%, ± 3%, ± 5%.
The appearance color of the product can be customized according to customer specified requirements, and customer trademarks can also be printed. Thank you.
WEE Technology Published on Jun 3, 2025
BP Axial Non polar Aluminum Electrolytic Capacitors are made with an aluminum cylinder as the negative electrode, filled with a liquid electrolyte, and a bent aluminum strip inserted as the positive electrode.
BP Axial Non polar Aluminum Electrolytic Capacitors have a wide range of applications. In addition to the audio and signal processing fields, they can also be used in power electronics and industrial control, new energy and automotive electronics, and general circuit design. However, few people know about the service life of BP aluminum electrolytic capacitors.
First, it is important to confirm that aluminum electrolytic capacitors(Bipolar Electrolytic for speaker) will definitely fail, it is just a matter of time. There are many factors affecting the lifespan of capacitors(Bipolar Electrolytic Capacitors for Crossovers), including high temperature, overvoltage, reverse voltage, rapid charge and discharge, and so on.
Under normal use, the greatest influence is temperature—the higher the temperature, the faster the electrolyte volatilizes. It should be noted that the "temperature" here refers to the operating temperature of the aluminum foil, not the ambient or surface temperature. Manufacturers typically mark the capacitor's lifespan and test temperature on the capacitor body.
Since the lifespan of a non-polarized Bipolar Aluminum Electrolytic Capacitors is halved for every 10°C increase in operating temperature, do not assume that an aluminum electrolytic capacitor with a 2,000-hour lifespan is better than one with a 1,000-hour lifespan; pay attention to confirming the test temperature for the lifespan. Each manufacturer has a calculation formula for temperature and lifespan, which should be referenced with actual data during capacitor design.
Life Expectancy Estimation: The continuous operating time of an electrolytic capacitor at its maximum operating temperature.Lx=Lo*2(to-ta)/10
Lx = Actual operating lifespan
Lo= Guaranteed lifespan
to= Maximum operating temperature (85°C / 105°C)
ta= Actual ambient temperature around the capacitor
Example: Specification: 105°C / 1,000 hours
Lifespan estimation at 65°C:Lx=1000*210(105−65)/10=8000 hrs
Actual operating lifespan: 8,000 hrs
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Email:Info@wectcap.com
Waiting for your inquiry,it's my pleasure to serve you.
2.2uF 50V ±10% 8x17mm 1KHz DF≤10% Bulk RoHS
WEE Technology Published on May 30, 2025
WEET BP Axial Non polar Aluminum Electrolytic Capacitors are non-polar capacitors(Bipolar Electrolytic Capacitors for Crossovers) that can store both positive and negative charges. They are constructed with two electrode plates, an electrolytic dielectric, and an electrolyte solution.
WEET explain its working principle:
Charge Storage and Release: During the positive and negative half-cycles of an audio signal, the Bipolar Electrolytic for speaker stores and releases charges through charging and discharging processes. This smooths and stabilizes voltage fluctuations in the audio signal, helping speakers better reproduce audio signals accurately.
Filtering and Coupling: Used for filtering and coupling in audio circuits. In crossover networks, by combining different BP Axial Non polar Aluminum Electrolytic Capacitors values, audio signals are separated according to different frequency ranges and transmitted to tweeter, midrange, and woofer units respectively, enabling clear reproduction of sounds in each frequency band. Meanwhile, they also isolate direct current (DC) components and transmit alternating current (AC) audio signals.
WEET Application Scenarios:
Loudspeaker Systems: Primarily used in the crossover networks of loudspeakers, they are key components for separating and distributing sound signals of different frequencies. They effectively enhance the sound quality of loudspeaker systems, making the sound clearer, fuller, and more layered.
Audio Amplifiers: In audio amplifier circuits, the are used for coupling and filtering to stabilize the amplifier's operating point, improve its performance, reduce audio signal distortion, and ensure higher quality of amplified audio signals.
Automotive Audio Systems: Due to their excellent performance and wide temperature adaptability, they are widely used in automotive audio systems. They provide stable audio signal processing for in-vehicle speakers, Bipolar Electrolytic for speaker meeting the audio playback needs of vehicles under different driving conditions.
2.2uF 50V ±10% 8x17mm 1KHz DF≤10% Bulk RoHS
WEE Technology Published on May 29, 2025
Aluminum electrolytic capacitors are widely used, but how much do you know about them? Aluminum point capacitor is a medium made of an aluminum cylinder as the negative electrode, containing liquid electrolyte, and a bent aluminum strip inserted as the positive electrode. It also needs to undergo direct current voltage treatment to form an oxide film on the positive electrode as a dielectric. Its characteristics are large capacity, but high leakage, poor stability, positive and negative polarity, suitable for power filtering or low-frequency circuits. When using, do not connect the positive and negative poles in reverse.
WEET How to choose a suitable NP aluminum electrolytic capacitors?
Rated voltage:
The non-polarized Bipolar Aluminum Electrolytic Capacitors and withstand voltage parameters marked on the NP Aluminum Electrolytic Capacitors body are very important and are the most basic content for selecting capacitors;
External dimensions:
The external dimensions are related to weight and pin type. Generally speaking, non-polarized Bipolar Aluminum Electrolytic Capacitors with the same diameter and capacity can be replaced with capacitors with higher heights for capacitors with lower heights;
Dielectric loss:
The energy consumed by a NP Aluminum Electrolytic Capacitors under the action of an electric field is usually represented by the ratio of the loss power to the reactive power of the capacitor, that is, the tangent of the loss angle;
WEET Five things to consider when installing aluminum electrolytic capacitors:
NP Aluminum electrolytic capacitors are not insulated between the aluminum casing and the cathode lead wire. Please note;
Do not apply force to the leads of NP aluminum electrolytic capacitors, otherwise it may cause the leads to break at the welding point with the aluminum stem,
resulting in open circuits, short circuits, high leakage currents, and other phenomena;
When installing and welding NP aluminum electrolytic capacitors, the temperature should not exceed 260 ℃,
and the welding time is best controlled within 4 seconds;
When inserting NP aluminum electrolytic capacitors into PCB boards, the hole spacing should match the distance between the capacitor leads.
Too large or too small can easily cause leakage or high leakage current, ultimately leading to shortened lifespan or open circuit state;
When using non-polarized Bipolar Aluminum Electrolytic Capacitors with explosion-proof valves,
the explosion-proof valve should be kept at least 3mm away from other mechanisms to ensure that the explosion-proof valve can operate normally.
WMX-S Axial 3.3uF ±20% 50V 6.3*13mm Bulk RoHS
WMX-S Axial 5.6uF ±20% 50V 6.3*13mm Bulk RoHS
WMX-R Radial 3.9uF ±20% 50V 5*11mm P:2mm Bulk RoHS
WEE Technology Published on May 27, 2025
- Leakage: After the seal of the electrolytic capacitor is damaged, the electrolyte leaks out,
causing corrosion of surrounding components or short circuits. - Appearance deformation and expansion: If the shell of an non-polarized Bipolar Aluminum Electrolytic Capacitors deforms,
expands, or bulges, it is usually due to internal gas production (such as electrolytic decomposition) causing the shell to deform,
and in extreme cases, it may burst. - Abnormal sound: If the non-polarized Bipolar Aluminum Electrolytic Capacitors emits abnormal "crackling", "
popping" discharge sound or "buzzing" dull sound during operation, it indicates that there must be a fault inside the capacitor,
and it should be stopped immediately for further inspection and treatment or replaced with a new one. - Switch tripping or fuse blowing: If the NP Aluminum Electrolytic Capacitors bank switch experiences an accident tripping or
high-voltage drop and the fuse is blown, it should be shut down and the capacitor can only be put back into operation after
confirming that there is no fault.
- Measure capacitance value: Use a multimeter or capacitance meter to measure the actual capacitance of the capacitor and compare it with the nominal value.
If the difference is large (more than 20%), it may be damaged. - Leakage test: Use an insulation resistance tester (megohmmeter) to measure the leakage resistance of the capacitor.
If the leakage resistance value is significantly low, it indicates that the capacitor may have leakage problems. - Short circuit and open circuit test: Use a multimeter to measure whether the capacitor is short circuited or open circuited.
If it displays as short circuited (resistance close to 0 ohms) or open circuited (resistance infinite), the capacitor is damaged. - Equivalent series resistance (ESR) test: Use an ESR tester to measure the equivalent series resistance of a capacitor.
If the ESR value is high, it indicates that the internal losses of the NP Aluminum Electrolytic Capacitors have increased and may be damaged.
Below is a picture of WMX-R Radial 3.9uF ±20% 50V 5*11mm P:2mm Bulk RoHS, small size, specially designed for speaker and audio applications,
free samples are available for testing. Please contact with us now for more details, thank you.
WEE Technology Published on May 26, 2025
Do you know that in our daily lives, there is a radial and axial aluminum electrolytic capacitor called NP in audio and speaker devices, which is used to label the capacitor with NP to indicate that the capacitor is non-polar? Capacitor, as an electronic component, consists of two metal electrodes and an insulating dielectric sandwiched between them.
What is its function?
NP Aluminum Electrolytic Capacitors play a crucial role in circuits. It is mainly used to store charges and release electrical energy when needed, thereby achieving stable operation of the circuit. Specifically, capacitors can filter out clutter in circuits, making signals purer; At the same time, it can also provide additional power when the power supply is unstable, ensuring the normal operation of the circuit.
In addition, NP Aluminum Electrolytic Capacitors can also participate in circuit operations such as resonance and oscillation, providing various functions required for electronic devices. In short, capacitors, with their unique energy storage characteristics, provide strong guarantees for the stability and reliability of circuits, and are essential components in electronic circuits.
If you need it, please contact WEET and we will provide you with the best service. The factory has advanced production equipment that can produce various specifications of products, and the product quality has always been stable at a high level. The factory always adheres to high-quality and safe production standards.
WMX-S Axial 3.3uF ±20% 50V 6.3*13mm Bulk RoHS
WMX-S Axial 5.6uF ±20% 50V 6.3*13mm Bulk RoHS
WEE Technology Published on May 26, 2025
Un condensador de seguridad es un tipo de condensador utilizado para suprimir la interferencia electromagnética, reducir la resistencia y el voltaje de capacitancia, y el filtrado de CC. Pertenece a un tipo de condensador de seguridad, específicamente un condensador de seguridad de película delgada metalizada. Según los diferentes niveles de tensión de resistencia, se puede dividir en tres tipos: X1, X2 y X3, siendo X2 el más común.
Pero, ¿conoces la manifestación del modo de falla del condensador X2 dañado?
0.47uF P15mm 310VAC Capacitador de película de clase X2
1. anormalidad de apariencia:
Cuando la Clase X2 Radial MKP 310 VAC - Standard Across the Line está dañada, puede haber cambios de apariencia obvios como grietas, quemaduras, abultamientos, etc. El agrietamiento puede ser causado por sobrevoltaje, impacto de sobrecorriente, etc., lo que daña la estructura del condensador; La quema indica que el condensador ha experimentado sobrecalentamiento, posiblemente debido a un funcionamiento anormal prolongado; El bulto es causado por un aumento de la presión interna, lo que da como resultado la deformación de la carcasa del condensador.
2.Cambios en el rendimiento eléctrico:
Los cambios en el valor de capacitancia de los condensadores certificados de seguridad de la clase X2, ya sean más grandes o más pequeños, pueden afectar al funcionamiento normal del circuito. Por ejemplo, en un circuito de filtrado, un cambio en la capacitancia puede conducir a una disminución en el efecto de filtrado y un aumento en el desorden en el circuito. Si se produce un cortocircuito, causará un aumento anormal en la corriente del circuito, lo que puede llevar a daños a otros componentes. Si el condensador de seguridad X2 con resistencia de descarga está completamente abierto, es equivalente a una interrupción de circuito en la ubicación donde se encuentra el condensador en el circuito, y no se pueden realizar las funciones de circuito relevantes.
3.Causar un mal funcionamiento del circuito:
En algunos circuitos que requieren una alta estabilidad, el daño a los condensadores de seguridad puede conducir a un funcionamiento inestable del circuito y fallas intermitentes. Por ejemplo, en los circuitos de alimentación en modo conmutador, los fallos de los condensadores X2 para requisitos de alta temperatura pueden causar fluctuaciones significativas en el voltaje de salida, afectando la alimentación normal de los dispositivos de fondo. En casos graves, incluso puede causar que todo el dispositivo no se inicie, ya que los condensadores de seguridad desempeñan un papel crítico en el circuito, y su daño puede interrumpir las condiciones normales de trabajo del circuito.
WEE Technology Published on May 23, 2025