T550B406K030AH

Tantalum - Polymer Capacitors are widely used in a number of applications across a range of industries. The T550B406K030AH is a type of Tantalum - Polymer Capacitor specifically designed for use in avionic and aerospace applications. It has a relatively high level of reliability and robustness, making it well-suited to the harsh and demanding environments found in the aerospace and avionic industries.

The T550B406K030AH is an ultra-miniature, surface-mount capacitor which offers a relatively high level of capacitance in a relatively small and lightweight package. It is designed for low to mid-range temperatures and operates at a voltage of up to 4.5 volts and a temperature range of -55 to +125 degree Celsius. It has a capacitance range of 12 to 15000 micro Farads and it also features a low equivalent series resistance (ESR) and an ultra low self-discharge rate.

The T550B406K030AH is a non-polarized, electrolytic capacitor which uses an anode made from a Tantalum oxide and a cathode made from a conductive polymer. The two electrodes are separated by an electrolyte and sealed in an epoxy. The combination of the electrolyte and the anode creates an electric field which stores the energy, and the polymer cathode enables the capacitor to self-repair, thus offering enhanced durability and reliability.

The T550B406K030AH is a very reliable and robust capacitor and it is designed to offer excellent performance even in extreme temperatures and environments. It is ideal for use in avionic and aerospace applications, where high levels of reliability and robustness are required. The low equivalent series resistance and the low self-discharge rate of the T550B406K030AH make it well-suited to applications which require a long duration of consistent performance.

The T550B406K030AH is a popular choice for in avionic and aerospace applications, due to its excellent level of reliability and robustness, as well as its low self-discharge rate. It is a versatile and reliable capacitor which is capable of performing reliably in extreme temperatures and environments. It is a great choice for any application requiring high levels of reliability and robustness, and its low self-discharge rate makes it ideal for applications which require long, consistent performance.