TAJW156M016RNJ

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Tantalum capacitors have been a mainstay of electronics designers for decades due to their low-profile size, high-capacitance density, and relatively low cost. The TAJW156M016RNJ is a tantalum capacitor that provides designers with exceptional performance for power supply decoupling, filtering, and bypass applications.

Construction and Features

The TAJW156M016RNj is an axial leaded tantalum capacitor with an anode encapsulated by manganese dioxide in an aluminum case. The cathode of the capacitor is connected to an anode pin using solid tinned copper strands that are coated with a conductor. This construction also allows for easy mounting and removal of the capacitor.

The TAJW156M016RNJ utilizes a long-life, low-profile package to maximize its effectiveness in applications. The package size is a mere 0.427 inches in diameter and 0.295 inches in height, which allows the device to be packed in tightly spaced components along with other standard parts such as resistors and transistors.

The TAJW156M016RNJ also offers exceptional performance for its size. It incorporates advanced semiconductor technology to provide a capacitance of 15μF at 63V, with a maximum voltage rating of 63V and a maximum temperature rating of +105°C. The capacitor is also capable of withstanding an operating temperature range from -55°C to + 105°C.

Application and Working Principle

The TAJW156M016RNJ is typically used in DC power supply decoupling and filtering applications. It is often used in electrical and electronic systems to reduce high frequency noise and ensure low-impedance stable power supply voltages. As part of the power supply loop, the TAJW156M016RNJ absorbs transients and prevents them from interfering with other critical parts of the circuit.

The TAJW156M016RNJ works by storing energy in an electric field and releasing this energy back into the circuit as needed. This process is known as capacitance and is based on the fact that two metal plates separated by an insulating layer (dielectric) will hold an electric charge. When the power supply voltage drops, the capacitor releases its stored energy back into the circuit to maintain a steady voltage level.

The TAJW156M016RNJ is also commonly used in bypass and snubber applications. A bypass capacitor is placed across a resistor as a way of isolating or bypassing high-frequency noise in the circuit. A snubber capacitor is used to lower the voltage surge that often occurs when circuits are switched off. It reduces the power loss, dissipates heat, and improves system reliability.

Conclusion

The TAJW156M016RNJ is an axial-leaded tantalum capacitor that is well-suited for power supply decoupling, filtering, bypass, and snubber applications. It offers exceptional performance for its size, with a capacitance of 15µF at 63V, a maximum voltage rating of 63V, and a maximum temperature rating of +105°C. The device also incorporates advanced semiconductor technology to reduce transients and ensure low-impedance stable power supply voltages.

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