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    22μF 16V DIP Tantalum Capacitor

    $1.62
    Competitive price 22μF DIP tantalum capacitor with 16V voltage. Tantalum capacitor is characterized by high temperature resistance. 22μF 16V tantalum capacitor can operate in -40 ℃ to 125 ℃. DIP tantalum capacitor has high insulation resistance and long service life.
    SKU: ATO-TC-22UF16DIP
    This product has a minimum quantity of 100
    Free Shipping Worldwide
    Delivery date: 10-12 days

    22μF 16V tantalum capacitor for sale online. The tolerance of tantalum capacitor is small, about 10%. 22μF tantalum capacitor is mainly used for energy storage and conversion.

    Features:

    • Small volume and small capacity error
    • Wide temperature range, high temperature resistance
    • Long life, high insulation resistance, small leakage current
    • Equivalent series resistance (ESR) has good high frequency performance

    Specification:

    • Model: ATO-TC-22UF16DIP
    • Capacitance: 22μF
    • Rated Voltage: 16V
    • Type: DIP
    • Net Size: 1 mm
    • Height Mounting (Maximum): 1 mm
    • Equivalent Series Resistance: 1
    • Tolerance: 10%
    • Leading Spacing: 2.54 mm
    • Working Temperature: -40 ℃— +125 ℃

    DIP Tantalum Capacitor Dimension: (Unit: mm)

    DIP tantalum capacitor dimension

    Tips: Precautions in Tantalum Capacitor

    • Tantalum capacitors are electrolytic capacitors with polarity (the terminal with sign "+" is positive). Do not connect the polarity reversely, or it will increase electric leakage or may cause a short circuit, smoke, or even explosion.
    • The circuits that it cannot be applied to are as follows: high-impedance voltage holding circuits; coupling circuits; time constant circuits; circuits that have leakage current effects; circuits that increase the withstand voltage in series.
    • Do not use it above the rated voltage, or it may cause a short circuit.
    • Limit rapid charging or discharging. It is recommended to add a current limiting resistor in the charging and discharging circuit to make the impulse current less than 20A.
    • During the designing process, allow a certain margin for the capacity, withstand voltage, and impedance of the capacitor to make the procedure more secure and reliable.
    • Make sure that the temperature range used is within the operating temperature range of the capacitor. The power supply current does not exceed the allowable ripple current, or the heat inside the capacitor will increase and reduce the service life.
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