TLCV106M016ATA

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Tantalum Capacitors

Tantalum capacitors are well known for their excellent properties in electrically active components. They have high capacitance-to-weight ratio, low equivalent series resistance, low leakage current and high volumetric efficiency. Tantalum capacitors are highly reliable in comparison to other types of capacitors and have wide range of applications. They are suitable for high pulsed current, RF and digital designs.

TLCV106M016ATA application field and working principle

The TLCV106M016ATA is an electrical component characterized by high electrochemical combination of tantalum with electrolytic media in a cylindrical form. This innovative component is a type of capacitor, suitable for almost all types of applications including automotive, telecom, medical equipment, electronics and others. The significant feature of this component is its low communication with surrounding environment—even in harsh conditions, and still has the capacity to work efficiently.

The TLCV106M016ATA is a surface-mount device, and is suitable for very high frequency and high-temperature applications. It operates at a voltage of 16 volts, features 0.13 Ohms equivalent series resistance, and a capacitance value of 10μF. This reliable component is encapsulated in a RoHS compliant case, which makes it resistant to vast range of environmental processes including extreme temperatures, shock and vibrations. Due to its sturdy construction, it is ideal for operation in high humidity and high temperature conditions.

The operating principle of the TLCV106M016ATA is based on electrochemical double layers. When a voltage is applied, a plate positive (platinum anode) becomes an anode and the plate negative (tantalum oxide cathode) becomes cathode layer. The outer layer of the cathode is electron donating and lowers the surface tension of the electrolyte layer, while the anode plate acts like a reaction plane and is responsible for the increased positive electrolyte layer. With the help of this electrochemical assembly, the current between the two electrodes is passed through the anode. As the current passes through the anode, it gives rise to a current-carrying electrolyte and an anionic charging is developed which causes the capacitor to become charged. The anodic current results in the formation of a potential barrier between two electrodes, and consequently, the capacitor gets charged and produces a storage of electrical energy.

The TLCV106M016ATA also features a low equivalent series resistance (ESR). This enables the device to sustain current loads in high frequency applications and maintain its capacitance to a considerable extent. This outstanding quality of the component makes it a suitable candidate for energy storage applications, such as buffering, digital pulse triggering and coupling. In addition, it is capable of providing stable performance even in high ripple currents or high frequency switching devices.

The TLCV106M016ATA is a great example of engineering excellence and is an innovative product of its time. This reliable surface-mount device has superior characteristics in comparison to other components, and most of them are favorable for energy storage requirements. The high capacitance-to-weight ratio, low ESR, low leakage current and compliance with RoHS make it an ideal choice for applications that require reliable operation in harsh working environments.

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