TRME336M035R0050 Capacitors

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Tantalum capacitors include numerous types of capacitors, including traditional wet and solid electrolytic capacitors and newer polymer designs. TRME336M035R0050 is one of the manyVariety of tantalum capacitors. The application of TRME336M035R0050 capacitor is determined by its characteristics and the parameters.

TRME336M035R0050 belongs to the SMD type, with a size of 3.3x2.5mm, and has a rated capacitance of 35μF and a rated voltage of 6.3V. The dimensions of TRME336M035R0050 are 3.3 mm in length, 2.5mm in width and 1.25 mm in height. The maximum ripple current rating for TRME336M035R0050 is 1.6A and its full-time range is -55℃~+125℃. TRME336M035R0050 electrolyte type is MnO2 solid, which is characterized by an excellent surge capability and low-temperature resistance. TRME336M035R0050 can be used as a filter capacitor, pin filter, hold-up capacitor, EMI filter and current limit capacitor.

The working principle of TRME336M035R0050 capacitor is based on the electrochemical theory. In a simple electric circuit, a capacitor is often used to separate positive and negative charges, allowing current to flow between the two points. A tantalum capacitor works in a similar way, except that one side of the capacitor is composed of a tantalum metal and the other side of the capacitor is an MnO2 dielectric. The capacitor works in the same way as other capacitors, except that it has more stable and predictable performance under various operating conditions.

The positive side of the tantalum capacitor is connected to the anode plate, which is composed of tantalum metal. When power is applied across the two plates, a small current will flow between them, resulting in a voltage drop across the two plates. This voltage drop is countered by the voltage generated across the dielectric layer. The dielectric layer consists of MnO2 and its resistivity is much higher than that of an atmosphere.

When a positive voltage is applied to the tantalum capacitor, the oxide insulating layer begins to thin. This is because the oxygen molecules in the oxide are electrically attracted to the positive voltage. As the voltage increases, the thinning of the oxide layer continues until it finally breaks down and a current is created.

With TRME336M035R0050 capacitor, the current travel speed is almost the same, regardless of the applied voltage. The quality of the MnO2 dielectric ensures efficient current flow, resulting in a constant, stable performance regardless of the conditions. TRME336M035R0050 capacitor can also withstand higher temperatures than most other capacitors, making it an ideal choice for many applications.

In conclusion, TRME336M035R0050 capacitor is a type of tantalum capacitor. It has a rated capacitance of 35μF and a rated voltage of 6.3V, and is ideal for use in various applications due to its current travel speed, low temperature resistance and excellent surge performance. Its working principle is based on the electrochemical theory, where the current is created by the thinning of the oxide layer on the surface of the capacitor due to the application of a positive voltage.

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