TLJA107M004R0500 Capacitors

Tantalum capacitors have unique physical and chemical characteristics that distinguish them from other types of capacitors and make them suitable for a variety of applications. The TLJA107M004R0500 is a type of tantalum capacitor. It is an all-surface-mounted, high-capacity unit with an electrodes mounting area and a wide temperature range. It is a non-polar device and is normally used for short-term current storage.

Physical Characteristics

The TLJA107M004R0500 has two-terminal construction with two or three pins. It has a compact size, with a diameter of 4.0mm and a height of 1.0mm. The small size makes it suitable for high-density mounting and a wide range of applications. Its case is made of a corrosion-resistant material, usually niobium-titanium, which provides the necessary environmental protection and helps extend its reliability.

Electrical Characteristics

The TLJA107M004R0500 has a capacitance value of 0.1 μF±10%, a rated voltage of 4 VDC and a maximum voltage of 10 VDC. Its leakage current is between 0.1μA and 200μA, and its equivalent series resistance is between 1Ω and 200Ω. It has a rated temperature of -55℃ to +125℃. With its wide working temperature range, it can be used in a wide range of temperature environments.

Application Fields

The TLJA107M004R0500 is commonly used for filtering applications in the computer, telecommunications, automotive and home appliance industries. It can be used as an energy filter to reduce the impact of rapid current changes and stabilize the output voltage. It can also be used in an AC-DC converter or an AC-AC converter to minimize harmonic distortion. In addition, it is used in the industrial control system and audio-video equipment.

Working Principle

The TLJA107M004R0500 is a non-polar capacitor, which means that the two electrodes have no polarity and can be connected in any orientation. It works by storing an electrical charge in the layer of material between the two electrodes. This layer is usually made up of a dielectric film, such as niobium-titanium. When the voltage of the applied voltage increases, the capacitance of the device also increases. This allows it to store a larger amount of charge and provide a larger amount of current.