WEET WMW Copper Foil and Film Audiophile Component and Guitar Non-polarised Capacitors

WEE Technology Company Limited - WEE are Capacitors Specialist

Choose the right crossover capacitor for the job and your speaker system will achieve its maximum performance.

https://www.musicaps.com/product/WEET-WMW-100V-Pure-Copper-Foil-MKP-Capacitor-Low-DF-Best-Suitable-For-Audio-Cross-Audyn-True-Copper-Cap.html

Main Features: 

An extremely fast-reacting capacitor
Ultra-thin dielectric insulation to eliminate memory effect in the capacitor
Very low ESR, SEL, inductance, and dielectric absorption data
High-quality pure copper foil wound with highly specialised machinery and precision winding techniques
The centre of the capacitor is enforced by small steel balls to further ensure stability and shape of the capacitor
The specialised winding technique and overall quality of this capacitor enables us to offer a high-end product with a lot less distortion compared to the market standard
Specifically designed for the tweeter and mid-range section of passive crossovers
Can also be used as coupling capacitors for transistor amplifiers
Capacitance tolerance is +/- 5%

Key Specifications: 

Capacitor foil: 99.99% purity cold-rolled copper foil
Dielectric insulation film: Polypropylene
Voltage rating: 100 VDC, 200 VDC, 400 VDC, 
Capacitance tolerance: +/- 5% (on nominal value)
Temperature range: - 30C to + 85C
Extremely low ESR and SEL data
Non inductive construction
Terminal leads: Pure PCOCC grade copper
Dissipation factor: .0001
Signal direction: None (non-polarised capacitor)



WEET WMW Pure Copper Foil and Film Metallized Polypropylene Capacitors Axial Datasheet Download

WEE Technology Company Limited - WEE are Capacitors Specialist


Best Seller of WEET Music Capacitors: WEET WMW Pure Copper Foil and Film Metallized Polypropylene Capacitors Axial Datasheet Download

https://www.weetcapacitor.com/Datasheet/WEET-WMW-Pure-Copper-Foil-and-Film-Metallized-Polypropylene-Capacitors-Axial.pdf



WEET WMW Pure Copper Foil Capacitor 0.68uF 100VDC Exact Replacement for Audyn True Copper Cap.

WEE Technology Company Limited - WEE are Capacitors Specialist

WEET WMW Pure Copper Foil Capacitor 0.68uF 100VDC exact replacement for Audyn True Copper Cap 1.0uF 630V Copper Foil Capacitor

Audyn's True Copper Cap line of capacitors is German-made to an exacting 2% tolerance using ultra-pure OFC (oxygen free copper) foil electrodes and a polypropylene dielectric. 

WEET WMW Pure Copper Foil Capacitor 0.68uF 100VDC with tolerance 3% and 5%. Mostly is 5%, as this kind of capacitor is very hard to make, almost is hand made.

This combination of capacitor materials provides a clean, neutral, "signal-in is signal-out" sound. No strange mixtures of various materials or, as the manufacturer says, "fairylike oils". The use of pure copper also reduces inductance for the greatest possible extension.

European users of the Copper Foil Cap capacitors regard them as spatially remarkable, great for imaging, and naturally balanced. Extract the best possible performance from your speakers' drivers, and hear everything on high resolution recordings. 

WEET's Pure Copper Foil Capacitor is also great for upgrading capacitors in the signal path of high-end audio components.

https://www.weetcapacitor.com/Datasheet-Download.html



WEET Condenser MKP Capacitors - Bypassing Compare With WMW Film & Foil in Crossover Copper Foil Cap

WEE Technology Company Limited - WEE are Capacitors Specialist

WEET WMW Condenser Capacitors - Bypassing vs. Film & Foil in Crossover Copper Foil Capacitors

Polypropylene & copper film & foil capacitor. An excellent standard audio capacitor, preferred by lovers of clean, accurate sound reproduction.


The WEET WMW Pure Copper Foil Capacitor will likely go through some combination of MKP and Foil film together, and some will likely proclaim it "the best capacitor," 

I do believe that after enough people have listened to it and enough time has passed, this capacitor will take a firm place among the pantheon of reference capacitors in the world. 

It artfully combines a high degree of resolution, musicality, color, spunk, and individuality while avoiding deal-breakers in terms of sound quality. 


The fact it costs much less than the European alternatives are what should warm the heart of audiophiles and encourage a personal audition. Good listening. You should have a try.



WEET 0.22uF 100VDC Pure Copper Foil High End Audio Capacitor Best Choice for Audiophile Capacitors

WEE Technology Company Limited - WEE are Capacitors Specialist

The WEET WMW Series is a super high-end pure copper foil capacitor, designed specifically for passive crossovers (mainly tweeters).

They are also equally well suited for mid-range application, but due to the price point of these super high-end capacitors, they will most often be used for tweeter application.

WEET WMW is cross reference to Amber Z-Cap, below are two datasheet, we suggest you compare and call samples for testing evaluation.

http://www.jantzen-audio.com/wp-content/uploads/2020/11/Amber-Z-Cap-Data.pdf

https://www.musicaps.com/Uploads/PDF/WEET-WMW-100V-Pure-Copper-Foil-MKP-Capacitor-Low-DF-Best-Suitable-For-Audio-Cross-Audyn-True-Copper-Cap.pdf



WEET What Are the Functions and Characteristics of MKP Capacitors and How to Choose MKP Caps ?

WEE Technology Company Limited - WEE are Capacitors Specialist

Capacitor is an indispensable part of many circuits and power equipment. Due to the different requirements in the circuit, different capacitors are needed, so capacitors can be divided into many different types. It can be divided according to many factors such as structure, material and function. MKP is one of them. What are the functions and characteristics of MKP capacitance? You might as well follow the professionals to learn about it.

MKP is the abbreviation of metallized polypropylene film capacitor, which represents the material of capacitor. Metallized polypropylene capacitor, small loss of lead out, small internal temperature rise, negative capacitance temperature coefficient, excellent flame retardant performance.

It is widely used in high-voltage and high-frequency pulse circuit, S-correction and line reverse stroke waveform in TV and display, electronic rectification absorption and SCR rectification circuit in lighting circuit. For safety regulation. It's also useful when RC depressurizes,

In addition, the metallized capacitor is made of polypropylene as the medium, and aluminum is deposited on the film by vacuum evaporation method. It is wrapped with insulating material and unidirectionally led out. It has excellent electrical performance and is suitable for DC and pulse circuits of electronic equipment.

There are many functions and characteristics of MKP capacitance. Let's talk about the characteristics of this kind of capacitor.

MKP capacitor adopts fully sealed rectangular metal shell with fixed plate at the bottom or both sides and ceramic insulator. And take a non inductive winding method, so the cylindrical metal aluminum shell, small volume, light weight. Relatively speaking, it has good electrical performance, small loss and good self-healing.

Not only that, the pressure explosion-proof device is installed inside, which is safe and reliable. It is usually used in AC power system, especially for special capacitor of air conditioner compressor and assembling power factor automatic compensation cabinet.


WEET Cross Reference to Jantzen Cross Cap From 0.10µF to 330µF 400V Higher Quality with Lower Price

WEE Technology Company Limited - WEE are Capacitors Specialist

WEET Cross Reference to Jantzen Cross Cap From 0.10µF to 330µF 400V Higher Quality with Lower Price

No matter what capacitance you need, WEET is ready to provide for you. Below is the list, which cross to Jantzen Cross Cap. 

Welcome your enquiry, free samples are on your request. 

WEET Cross to Jantzen Cross Cap 0.10µF 400VDCWEET Cross to Jantzen Cross Cap 4.7µF 400VDC
WEET Cross to Jantzen Cross Cap 0.12µF 400VDCWEET Cross to Jantzen Cross Cap 5.1µF 400VDC
WEET Cross to Jantzen Cross Cap 0.15µF 400VDCWEET Cross to Jantzen Cross Cap 5.4µF 400VDC
WEET Cross to Jantzen Cross Cap 0.18µF 400VDCWEET Cross to Jantzen Cross Cap 5.6µF 400VDC
WEET Cross to Jantzen Cross Cap 0.22µF 400VDCWEET Cross to Jantzen Cross Cap 6.2µF 400VDC
WEET Cross to Jantzen Cross Cap 0.27µF 400VDCWEET Cross to Jantzen Cross Cap 6.8µF 400VDC
WEET Cross to Jantzen Cross Cap 0.30µF 400VDCWEET Cross to Jantzen Cross Cap 7.5µF 400VDC
WEET Cross to Jantzen Cross Cap 0.33µF 400VDCWEET Cross to Jantzen Cross Cap 8.2µF 400VDC
WEET Cross to Jantzen Cross Cap 0.39µF 400VDCWEET Cross to Jantzen Cross Cap 9.1µF 400VDC
WEET Cross to Jantzen Cross Cap 0.43µF 400VDCWEET Cross to Jantzen Cross Cap 10µF 400VDC
WEET Cross to Jantzen Cross Cap 0.47µF 400VDCWEET Cross to Jantzen Cross Cap 12µF 400VDC
WEET Cross to Jantzen Cross Cap 0.51µF 400VDCWEET Cross to Jantzen Cross Cap 15µF 400VDC
WEET Cross to Jantzen Cross Cap 0.56µF 400VDCWEET Cross to Jantzen Cross Cap 16µF 400VDC
WEET Cross to Jantzen Cross Cap 0.68µF 400VDCWEET Cross to Jantzen Cross Cap 18µF 400VDC
WEET Cross to Jantzen Cross Cap 0.82µF 400VDCWEET Cross to Jantzen Cross Cap 20µF 400VDC
WEET Cross to Jantzen Cross Cap 1.0µF 400VDCWEET Cross to Jantzen Cross Cap 22µF 400VDC
WEET Cross to Jantzen Cross Cap 1.1µF 400VDCWEET Cross to Jantzen Cross Cap 27µF 400VDC
WEET Cross to Jantzen Cross Cap 1.2µF 400VDCWEET Cross to Jantzen Cross Cap 30µF 400VDC
WEET Cross to Jantzen Cross Cap 1.5µF 400VDCWEET Cross to Jantzen Cross Cap 33µF 400VDC
WEET Cross to Jantzen Cross Cap 1.6µF 400VDCWEET Cross to Jantzen Cross Cap 36µF 400VDC
WEET Cross to Jantzen Cross Cap 1.8µF 400VDCWEET Cross to Jantzen Cross Cap 39µF 400VDC
WEET Cross to Jantzen Cross Cap 2.0µF 400VDCWEET Cross to Jantzen Cross Cap 47µF 400VDC
WEET Cross to Jantzen Cross Cap 2.2µF 400VDCWEET Cross to Jantzen Cross Cap 56µF 400VDC
WEET Cross to Jantzen Cross Cap 2.4µF 400VDCWEET Cross to Jantzen Cross Cap 68µF 400VDC
WEET Cross to Jantzen Cross Cap 2.7µF 400VDCWEET Cross to Jantzen Cross Cap 82µF 400VDC
WEET Cross to Jantzen Cross Cap 3.0µF 400VDCWEET Cross to Jantzen Cross Cap 100µF 400VDC
WEET Cross to Jantzen Cross Cap 3.3µF 400VDCWEET Cross to Jantzen Cross Cap 120µF 400VDC
WEET Cross to Jantzen Cross Cap 3.6µF 400VDCWEET Cross to Jantzen Cross Cap 150µF 400VDC
WEET Cross to Jantzen Cross Cap 3.9µF 400VDCWEET Cross to Jantzen Cross Cap 220µF 400VDC
WEET Cross to Jantzen Cross Cap 4.1µF 400VDCWEET Cross to Jantzen Cross Cap 270µF 400VDC
WEET Cross to Jantzen Cross Cap 4.3µF 400VDCWEET Cross to Jantzen Cross Cap 300µF 400VDC
WEET Cross to Jantzen Cross Cap 4.5µF 400VDCWEET Cross to Jantzen Cross Cap 330µF 400VDC


WEET How Much Capacitance is The Best for Mid Range Speakers and Why Mid Tone Loudness is Low

WEE Technology Company Limited - WEE are Capacitors Specialist

How much capacitance is the best for midrange speakers

——The selection of capacitor has a great influence on the sound playing of the midrange loudspeaker. It is not suitable to be too large or too small.

——In general, the capacitance of about 10 μF can be selected according to the law.

There are two choices of capacitors for midrange speakers:

1. Nonpolar capacitor with 4.7uF

2 connect two 10uF capacitor positive electrodes in series

If the mid tone loudness is low, increasing the capacitor's capacitance will only change the frequency division point, but not the loudness. In addition, blindly increasing the capacitance will increase the current of the midrange speaker (medium and low frequency current), which may burn out the midrange speaker when rated output!



WEET Which Sound Quality is Better With Solid State Electrolytic Capacitor or Audio Capacitor?

WEE Technology Company Limited - WEE are Capacitors Specialist

Which sound quality is better with solid state electrolytic capacitor or audio capacitor?

There are various kinds of audio capacitors because of their different uses, different structures and different materials. Their electrical properties, structures and uses depend largely on the medium used. According to the media, they are classified into organic medium, inorganic medium, liquid oil medium and gas dielectric capacitor, etc. in terms of audio circuit, the most commonly used transistors are organic medium and inorganic dielectric electrolytic capacitor .Organic dielectric capacitance, also known as film capacitance, is mainly composed of paper dielectric (MP), metal dielectric, polyester (Mylar, also known as polyester), polystyrene (MKS), polypropylene (MKP), polycarbonate (MKC) and Polyterephthalate (MKT).

Among them, paper dielectric, polyester, polypropylene three kinds of capacitors are respectively divided into metallized medium and non metallized medium. Generally speaking, once the capacitor of metallized medium is broken down, the arc generated at the breakdown point will melt and evaporate the metal film and eliminate the short circuit. It can automatically resume normal operation and have self-healing function. The performance of this kind of capacitor is very good, which is generally used in power supply. Metallized polyester capacitor (Mylar) and metallized polypropylene capacitor (MKP) can eliminate the inductance caused by winding, and make a better performance non inductive capacitor. This kind of capacitor should choose the nominal capacitance on the capacitor, and the winding process is special, so the non inductive capacitor can be made. The inorganic capacitors are mainly mica, ceramic dielectric, single stone and glass glaze.

Electrolytic capacitor is represented by aluminum electrolytic capacitor, which has the characteristics of small volume and large capacity. It can achieve dozens of micro methods to 20000 or 30000 micro methods, but its impedance frequency characteristics are poor, temperature characteristics are not good, low insulation resistance, large leakage current, long time not used will deteriorate and fail. Because the conductivity of electrolyte is not very good, the resistance is large, the loss is also large, the distributed capacitance and error are not very small, so the performance of electrolytic capacitor is far inferior to that of thin film capacitor. It is only suitable for power filter and power decoupling, not suitable for audio frequency coupling circuit.


WEET What is The Best Solution for Your Speaker and Crossover Applications MKP or MKT Capacitors?

WEE Technology Company Limited - WEE are Capacitors Specialist

What is the best for your speaker and crossover applications MKP or MKT capacitors?

1. MKP: MKP has high withstand voltage starting point, small lead out loss, small internal temperature rise, negative capacity temperature coefficient, excellent flame retardant performance. It is used in high voltage and high frequency pulse circuit, S-correction and reverse stroke waveform in TV and display, electronic rectifying absorption and SCR rectifying circuit in lighting circuit.

2. MKT: non polarity, high insulation impedance, excellent frequency characteristics (wide frequency response), and small dielectric loss. Thin film capacitors are widely used in analog circuits. Especially in the part of signal cross connection, it is necessary to use capacitors with good frequency characteristics and very low dielectric loss, so as to ensure that the signal will not have too much distortion during transmission.

It can be seen from the above that the frequency characteristics of MKP should be better than that of MKT. All film capacitors are enough for audio coupling, and high-frequency electrolysis of industrial products is not bad, but capacitors are the components that have the greatest impact on timbre. Replacing a pair of coupling capacitors is enough to change the sound trend of the whole machine. MKT is called polyester capacitor in China, Because of its low price and good high-frequency characteristics, many domestic machines are used, and the timbre is bright, hard and dry. Compared with MKT, the timbre of MKP is soft, transparent and delicate. Its listening feeling is similar to that of some audio special electrolysis. BP audio electrolysis is more used in coupling, and MKP is only used in small capacity occasions.

Conclusion: WEET WMF MKP Precise Audio Capacitor 6.8uF +/-5% 250VDC is the bet alternative for your speaker and crossover applications.