T551B506K025AH4251

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Tantalum capacitors are electronic components that use the property of two dissimilar metals used as an anode and cathode in electrolytic application. They are formed from two plates separated by a dielectric medium with a conducting electrolyte between them. The two dissimilar metals are the tantalum anode and the solid polymer cathode, with the solid polymer being the more commonly used material. The anode and cathode in a tantalum capacitor are typically constructed of several thin layers (usually very thin ribbons) of the respective metals. The outer surfaces of the anode and cathode layers are typically covered with a charge stable organic dielectric material, usually a blue or yellow coating, in order to prevent any electrical arcing or spark gap. Depending on the application and use, the tantalum capacitor can be classified into five main types: tantalum - polymer (T-P), carbon - polymer (C-P), tantalum - manganese dioxide (T-D), carbon - manganese dioxide (C-D), and tantalum - conductive polymer (T-C).

The T551B506K025AH4251 series is a tantalum-polymer capacitor, also referred to as a T-P capacitor. The two dissimilar metals used for the anode and cathode for this capacitor are constructed of a tantalum anode and a solid polymer cathode, and it utilizes the unique properties of tantalum and the solid polymer for superior performance. The outer layers of the anode and cathode are covered with a charge stable organic dielectric material to prevent any sparking, and it is the most commonly produced type of tantalum capacitor. The low ESR can be further improved with the use of solid electrolytes, such as conductive polymer or polymer additives.

Despite its diminutive size, the T551B506K025AH4251 series is a versatile component and is used in a wide range of applications, including but not limited to: computers, mobile phones, audio equipment, power supplies, automotive and aerospace systems, medical imaging equipment, instrumentation systems, robotics, communications, and many other industrial applications. The device is also used in a variety of military and aerospace applications, including aircraft and missile guidance systems, tactical radios and electronic warfare systems, as well as numerous other highly sensitive and militarized applications. In addition, this series can also be used for low temperature range applications, where temperatures can range from -55°C up to +125°C.

The working principle of the T551B506K025AH4251 series capacitor is based on the capacitor’s dielectric strength, which is the key factor that determines its performance. A capacitor dielectric is the non-conducting material with the ability to store electrical energy. This material is sandwiched between two conducting plates, called anode and cathode, with a conducting material in between. When a voltage is applied, electrons travel from the anode to the cathode, thus causing a buildup of charge in the capacitor. The amount of stored charge on the capacitor is directly proportional to the applied voltage, and this stored energy is later released in the form of a voltage when the capacitor is discharged. Furthermore, this type of capacitor has a low equivalent series resistance, so it is capable of handling large current and power levels. The operating temperature range can also be increased, and the device can be used for extreme applications like deep space exploration. Thanks to its robust construction, it is also suitable for highly shock or vibration environments.

In conclusion, the T551B506K025AH4251 series is a type of tantalum-polymer capacitor that is highly versatile and robust, and it is designed to perform well in a variety of applications. It has a low equivalent series resistance and can withstand high levels of current and power, and its dielectric strength makes it capable of handling extreme temperatures and environments. Furthermore, it is commonly used in computers, mobile phones, audio equipment, power supplies, military and aerospace systems, and many other applications.

The specific data is subject to PDF, and the above content is for reference