V3M

Short Description:

Chip Miniature Type Aluminum Electrolytic Capacitor

 


  • Series: V3M
  • Life(Hrs): 2000~5000
  • Features: Low-impedance, thin, high-capacity products
  • Rated Voltage Range(V.DC): 6.3~160
  • Rated capacitance(uF): 10~2200
  • working temperature(°C): -55~105
  • Product Detail

    Product Tags

    Technical Parameter

    ♦ Low-impedance, thin and high-capacity V-CHIP products
    ♦ 2000~5000 hours at 105℃
    ♦ Compliant with AEC-Q200 RoHS Directive Correspondence
    ♦Suitable for high-density automatic surface mount high temperature reflow soldering
    The main technical parameters

    Project characteristic
    Operating temperature range ≤100V -55~+105℃ ; 160V -40~+105℃
    Nominal voltage range 6.3-160V
    Capacity tolerance ±20% (25±2℃ 120Hz)
    Leakage current (uA) 6.3-100WV≤0.01 CV or 3uA whichever is greater C: Nominal capacity (uF) V: Rated voltage (V) 2 minutes reading
    160WV ≤O.O2CV+1O(uA) C: nominal capacity uF) V: rated voltage (V) 2 minutes reading
    Loss Tangent (25±2℃ 120Hz) Rated voltage (V) 6.3 10 16 25 35 50 63 80 100 160  
    tg 6 0.26 0.19 0.16 0.14 0.12 0.12 0.12 0.12 0.12 0.14
    If the nominal capacity exceeds 1000uF, the loss tangent value will increase by 0.02 for each increase of 1000uF
    Temperature Characteristics (120Hz) Rated voltage (V) 6.3 10 16 25 35 50 63 80 100 160
    Impedance ratio Z(-40℃)/Z(20℃) 3 3 3 3 3 3 5 5 5 5
    Durability In an oven at 105°C, after applying the rated voltage for a specified period of time, place it at room temperature for 16 hours and then test it. The test temperature is 25±2°C. The performance of the capacitor should meet the following requirements
    Capacity change rate Within ±30% of initial value
    loss tangent Below 300% of the specified value
    leakage current Below the specified value
    load life ≤Φ10 2000 hours
    high temperature storage Store at 105°C for 1000 hours, test after 16 hours at room temperature, the test temperature is 25±2°C, the performance of the capacitor should meet the following requirements
    Capacity change rate Within ±20% of initial value
    loss tangent Below 200% of the specified value
    leakage current Below 200% of the specified value

    Product Dimensions (Unit:mm)

     

    ΦD L B C A H E K a
    4 5.8 4.3 4.3 1.8 0.75±0.10 1 0.5MAX ±0.3
    5 5.8 5.3 5.3 2.1 0.75±0.10 1.5 0.7MAX ±0.3
    6.3 5.8 6.6 6.6 2.6 0.75±0.10 1.8 0.7MAX ±0.3
    6.3 7.7 6.6 6.6 2.6 0.75±0.10 1.8 0.7MAX ±0.4
    8 10 8.3 8.3 3.4 0.90±0.20 3.1 0.7MAX ±0.5
    10 10 10.3 10.3 3.5 0.90±0.20 4.4 0.7MAX ±0.7
    12.5 13.5 13 13 4.7 0.90±0.30 4.4 0.7MAX ±1.0
    12.5 14.5 13 13 4.7 0.90±0.30 4.4 0.7MAX ±1.0
    12.5 16.5 13 13 4.7 0.90±0.30 4.4 0.7MAX ±1.0
    12.5 21 13 13 4.7 0.90±0.30 44 0.7MAX ±1.0
    16 16.5 17 17 5.5 1.20±0.30 6.7 0.70±0.30 ±1.0
    16 21 17 17 5.5 1.20±0.30 6.7 0.70±0.30 ±1.0
    18 16.5 19 19 6.7 1.20±0.30 6.7 0.70±0.30 ±1.0
    18 21 19 19 6.7 1.20±0.30 6.7 0.70±0.30 ±1.0

    Rated ripple current frequency correction factor

    Frequency (Hz) 50 120 1K 310K
    coefficient 0.35 0.5 0.83 1

    List Of Standard Products

    Voltage (V) 6.3 10 16
    project Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz) Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz) Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz)
    Capacity (uF)
    22                  
    33                  
    47             4x5.8 2 160
    68       4x5.8 2 160 5x5.8 0.72 240
    100 4x5.8 2 160       5x5.8 0.72 240
    150       5x5.8 0.72 240 6.3。5.8 0.52 300
    220 5x5.8 0.72 240 6.3x5.8 0.52 300 6.3x5.8 0.52 300
    330 6.3x5.8 0.52 300 6.3x77 0.32 600 6.3x77 0.32 600
    470 6.3x77 0.32 600 6.3x77 0.32 600      
    680 6.3x77 0.32 600       8x10 0.16 850
    820                  
    1000       8x10 0.16 850 10x10 0.12 1190
    1500 8x10 0.16 850 10x10 0.12 1190      
    2200 10x10 0.12 1190            

     

    Voltage (V) 25
    project Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz)
    Capacity (uF)
    22 4x5.8 2 160
    33 4x5.8 2 160
    47 5x5.8 0.72 240
    68 5x5.8 0.72 240
    100 6.3x5.8 0.52 300
    150 6.3x77 0.32 600
    220 6.3x77 0.32 600
    330      
    470 8x10 0.16 850
    680      
    820 10x10 0.12 1190
    1000      
    1500 12.5x13.5 0.116 1420
    2200      

     

    Voltage (V) 35 50 63
    project Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz) Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz) Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz)
    Capacity (uF)
    10       4x5.8 4.6 85      
    10       5x5.8 1.76 165      
    22 4x5.8 2 160 5x5.8 1.76 165      
    33 5x5.8 0.72 240            
    47 5x5.8 0.72 240 6.3x5.8 1.36 195      
    68 63x5.8 0.52 300            
    100 6.3x5.8 0.52 300 6.3x77 0.68 350      
    150 6.3x77 0.32 600            
    220       8x10 0.36 670      
    330 8x10 0.16 850 10x10 0.24 900      
    470       12.5x13.5 0.24 1340 12.5x16.5 0.28 1250
    560 10x10 0.12 1190            
    680             16x16.5 0.164 1740
    820             18x16.5 0.16 1880
    1000 12.5x14.5 0.116 1420 16x16.5 0.16 1820      
    1200             16x21 0.108 2430
    1500       16x21 0.1 2440      

     

    Voltage (V) 80
    project Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz)
    Capacity (uF)
    10      
    10      
    22      
    33      
    47      
    68      
    100      
    150      
    220 12.5x13.5 0.36 1050
    330      
    470 16x16.5 0.2 1500
    560      
    680 16x21 0.132 2040
    820 18x21 0.126 2140
    1000      
    1200      
    1500      

     

    Voltage (V) 100 160
    project Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz) Dimension Φ DxL(mm) impedance (Ωmax/100kHz 25±2℃) Ripple current (mA r.m.s/ 105℃ 100kHz)
    Capacity (uF)
    100       12.5x16.5 4.6 1040
    150 12.5x13.5 0.36 1050 16x21 3.28 1520
    220 12.5x16.5 0.22 1250 18x21 2.58 2140
    330 16x16.5 0.2 1500      
    470 16x21 0.132 2040      
    560 18x21 0.126 2140      

    The Liquid Small Business Unit has been engaged in R&D and manufacturing since 2001. With an experienced R&D and manufacturing team, it has continuously and steadily produced a variety of high-quality miniaturized aluminium electrolytic capacitor to meet customers' innovative needs for electrolytic aluminum capacitors. The liquid small business unit has two packages: liquid SMD aluminum electrolytic capacitors and liquid lead type aluminium electrolytic capacitors. Its products have the advantages of miniaturization, high stability, high capacity, high voltage, high temperature resistance, low impedance, high ripple, and long life. Widely used in new energy automotive electronics, high-power power supply, intelligent lighting, gallium nitride fast charging, home appliances, photo voltaics and other industries.

    All about Aluminum Electrolytic Capacitor you need know

    Aluminum electrolytic capacitors are a common type of capacitor used in electronic devices. Learn the basics of how they work and their applications in this guide. Are you curious about aluminium electrolytic capacitor? This article covers the fundamentals of these aluminum capacitor, including their construction and usage. If you’re new to aluminium electrolytic capacitors, this guide is a great place to start. Discover the basics of these aluminum capacitors and how they function in electronic circuits. If you’re interested in electronics capacitor component , you may have heard of aluminium capacitor. These capacitor components are widely used in electronic devices and play an important role in circuit design. But what exactly are they and how do they work? In this guide, we’ll explore the basics of aluminum electrolytic capacitors, including their construction and applications. Whether you’re a beginner or an experienced electronics enthusiast, this article is a great resource for understanding these important components.

    1.What is an aluminum electrolytic capacitor? An aluminium electrolytic capacitor is a type of capacitor that uses an electrolyte to achieve a higher capacitance than other types of capacitors. It is made up of two aluminum foils separated by a paper soaked in electrolyte.

    2.How does it work? When a voltage is applied to the electronic capacitor, the electrolyte conducts electricity and allows the capacitor electronic to store energy. The aluminum foils act as the electrodes, and the paper soaked in electrolyte acts as the dielectric.

    3.What are the advantages of using an aluminum electrolytic capacitors? Aluminium electrolytic capacitors have a high capacitance, which means they can store a lot of energy in a small space. They are also relatively inexpensive and can handle high voltages.

    4.What are the disadvantages of using an aluminum electrolytic capacitor? One disadvantage of using an aluminum electrolytic capacitors is that they have a limited lifespan. The electrolyte can dry out over time, which can cause the capacitor components to fail. They are also sensitive to temperature and can be damaged if exposed to high temperatures.

    5.What are some common applications of aluminium electrolytic capacitors? Aluminium electrolytic capacitor are commonly used in power supplies, audio equipment, and other electronic devices that require high capacitance. They are also used in automotive applications, such as in the ignition system.

    6.How do you choose the right aluminum electrolytic capacitor for your application? When choosing an aluminum electrolytic capacitors, you need to consider the capacitance, voltage rating, and temperature rating. You also need to consider the size and shape of the capacitor, as well as the mounting options.

    7.How do you care for an aluminium electrolytic capacitor? To care for an aluminium electrolytic capacitors, you should avoid exposing it to high temperatures and high voltages. You should also avoid subjecting it to mechanical stress or vibration. If the capacitor is used infrequently, you should periodically apply a voltage to it to keep the electrolyte from drying out.

    The Advantages and Disadvantages of Aluminum Electrolytic Capacitors

    Aluminum electrolytic capacitor have both advantages and disadvantages. On the positive side, they have a high capacitance-to-volume ratio, making them useful in applications where space is limited. The aluminium Electrolytic Capacitor also have a relatively low cost compared to other types of capacitors. However, they have a limited lifespan and can be sensitive to temperature and voltage fluctuations. Additionally, Aluminium Electrolytic Capacitors may experience leakage or failure if not used properly. On the positive side, Aluminum Electrolytic Capacitors have a high capacitance-to-volume ratio, making them useful in applications where space is limited. However, they have a limited lifespan and can be sensitive to temperature and voltage fluctuations. Additionally, Aluminum Electrolytic Capacitor can be prone to leakage and have a higher equivalent series resistance compared to other types of electronic capacitors.


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