TLJY687M006R0150

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Tantalum capacitors, called tantalum electrolytic capacitors, are a type of capacitor that use tantalum as anode material. Their working principle is based on a phenomenon called electrochemical pseudocapacitance. This phenomenon occurs when an anode material with a positive electric potential, such as tantalum, is exposed to a source of electrical energy. The electric potential of the tantalum becomes higher than the source of energy, which in turn causes electrons to flow into the anode material. This process is referred to as charging or discharging. The varying electric potential of the anode between the source of energy and the anode creates a "pseudo capacitor", allowing electrons to be stored and drawn from the anode.

TLJY687M006R0150 is a type of tantalum capacitors, specifically a molded case, radial leaded capacitor with long-term stability and high performance in adverse environments. It can range in capacitance from 0.47µF to 680µF (with working voltage from 25V to 35V).

The TLJY687M006R0150 is designed for a wide range of commercial, industrial, and automotive applications. It has excellent temperature stability, a high capacitance to volume ratio, low leakage current, and a long working life. In automotive applications, it can be used to provide a stable power supply for the on-board electronics and protect them from voltage surges. In industrial applications, it can be used as a decoupling capacitor for noise reduction.

The TLJY687M006R0150 also has long-term reliability and stability, making it an ideal choice for applications where long-term stability and reliability are critical. It is highly vibration and shock resistant with a rated temperature range of -55°C to +85°C. The rated lifetime of the TLJY687M006R0150 is 1000h at 85°C, 2000h at 65°C and 4000h at 40°C.

The working principle of TLJY687M006R0150 is the same as that of any other tantalum capacitor. The anode material of the capacitor is made from tantalum, which has a positive electric potential. When exposed to a source of electricity, the electric potential of the tantalum anode increases, inducing electrons to flow into the anode. This creates a “pseudo capacitor”, allowing for electrons to be stored and easily drawn from. As the electrons leave the anode, its potential returns to the original state, and the capacitance that is provided by the capacitor is discharged.

The TLJY687M006R0150 is able to provide a wide range of capacitances and can be used in a variety of applications. Its long-term reliability and stability make it an ideal choice for commercial, industrial, and automotive applications. It is capable of withstanding harsh environments and its strong vibration and shock resistance make it a great choice for applications in extreme environments.

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