Exhibition Notice
Booth No.: To Be Advised
Date:(12 November 2024 - 15 November 2024 )
Venue: Messe Munich
Location: Germany, Munich
Industry: Electric & Electronics
Automotive Grade Tantalum Capacitors
Polymer Tantalum Capacitors
Dipped, SMD, Low ESR Tantalum Capacitor
Equivalence to AVX, Kemet, Vishay

Booth No.: To Be Advised
Date:(12 November 2024 - 15 November 2024 )
Venue: Messe Munich
Location: Germany, Munich
Industry: Electric & Electronics
Tantalum capacitors are processed from the rare metal tantalum. The tantalum is ground into fine powder and then sintered together with other media. Because of
the inherent characteristics of metal tantalum, tantalum capacitors have good stability, do not change with different environmental, and can achieve
large capacitance values. In some respects, they have some incomparable characteristics of ceramic capacitors, so ceramics cannot be used in
many Tantalum capacitors are widely used in capacitor circuits.
As tantalum capacitors are more and more widely used in the market, models and capacity increase, many industries are now replacing
aluminum electrolytic capacitors with tantalum capacitors.
The principle of tantalum capacitors is this: tantalum is easily oxidized in the air, and people use its oxide film as the medium.
Since tantalum is easily oxidized, tantalum capacitors can automatically "heal wounds", so they are durable and high reliable.
Because the oxide film is very thin, the distance between the two plates of the tantalum capacitor is very close, there is almost no inductive reactance,
and it is very sensitive, so the charging and discharging speed is fast. These characteristics determine that tantalum capacitors are suitable for
high-frequency, low-current, and fastresponse circuits. Therefore, tantalum capacitors are also widely used in missiles, satellites and other circuits that require fast response and high reliability.
Tantalum capacitors are very sensitive and charge and discharge quickly, so they are also often used in high-end audio audio circuits, mainly high-frequency circuits.
Because they reduce the loss of low and small currents in the high-frequency range, they relatively improve the treble and improve the sound quality.