TBJE156K050LBSB0024

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Tantalum capacitors are commonly used in multiple levels of information technology, including laptop, handheld and desktop computers. The initials "TBJE" in the product code “TBJE156K050LBSB0024” refer to its application as a tantalum capacitor rated at 156K uF with an operating temperature range from -55 to +125 Celsius degrees.

The working principle of the TBJE156K050LBSB0024 is based on two electrodes encapsulated in a sintered anode using a tantalum oxide-based electrolytic film. The voltage is applied between the cathode and anode terminal, which produces an electrical charge that is transferred from the anode to the cathode held by an electrolyte dielectric medium. The stored electrical energy in the presence of the dielectric creates an electric field. This electric field generates precise and repeatable capacitance values that are based on the volume of the electrolyte material provided between the two electrodes.

Tantalum capacitors consist of a negative electrode (cathode) and a positive electrode (anode) that are enclosed in an insulating dielectric material. The positive electrodes are created using a layer of tantalum metal that has been stacked with an oxide layer. The oxide layer is then filled with an electrolytic solution which serves as the dielectric layer. The electrolyte solution is an ionic lattice which stores electrical charge and is responsible for keeping the two electrodes in close proximity.

The TBJE156K050LBSB0024 is a low profile, high frequency Niobium capacitor. It is a four lead device and has two terminals, each connected to an electrode. Each electrode is then connected to the PCB with the cathode side connected to the ground. The electrical charge is then constantly supplied to the PCB from the capacitor by electrons flowing through the dielectric film connecting the two electrodes.

In addition to their application as audio and RF filters, tantalum capacitors have the capability of storing large amounts of electric charge, which makes them very useful in power management systems. Due to their high capacitance values, they are used in a variety of applications such as voltage regulators, signal filters, and power supplies. They are also employed in many digital circuits, and are also often used in storage capacitors for microprocessors.

The TBJE156K050LBSB0024 has a wide range of operating temperatures and can withstand temperatures up to a maximum of 125 Celsius. It utilizes a specialized component-architecture that enables it to withstand short and long-term exposure to high temperatures. Additionally, it is made from corrosion-resistant materials, making it resistant to oxidation. This makes it ideal for high-frequency and power management applications, as it is capable of sustaining a more reliable electrochemical effect.

Overall, the TBJE156K050LBSB0024 is an ideal choice for a wide variety of applications. Its low profile, high frequency Niobium construction allows it to cope with extreme temperatures and operate in high frequency circuits, making it an ideal choice for various power management, audio, and RF filtering applications. The corrosion resistant materials also ensure that this tantalum capacitor will have a long lifespan and be capable of handling even the most challenging environments.

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