T350K226K035AS

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T350K226K035AS Tantalum Capacitors are specialized components designed for use in applications which exhibit high capacitance at relatively low cost, as compared to many other types of capacitors. The internal structure consisting of a two-point or bipolar construction differs greatly from other types of capacitors, such as aluminum electrolytic and ceramic capacitors. A tantalum capacitor’s primary benefit is the ability to store energy, much like a battery. This energy is used in various contexts such as successively dampening voltage spikes, starting up circuits, or even powering micro-electronic equipment.

Essentially, Tantalum Capacitors are compact electrochemical components that are comprised of metal oxide materials, a capacitor electrode, and a low-resistance metal substrate. Additionally, in addition to providing electrical insulation between the capacitor’s metal plates and the metal source material, tantalum-oxide technology creates a chemical reaction that increases the electrical breakdown strength of the capacitor terminals. This is why tantalum capacitors are ideal for high-voltage applications.

The T350K226K035AS Tantalum Capacitor is designed using two-point or bipolar construction and has a capacitance of 220 microfarads. It is an axial-leaded component specifically designed for use in consumer and commercial electronic items and delivers an exceptional combination of electrical and mechanical performance characteristics. The T350K226K035AS is a surface-mount, low-profile device with an operating temperature range of -55 to +125 degrees Celsius, a working voltage of 35V DC and insulation resistance of 1000 Megohms.

Tantalum capacitors have also been used increasingly in automotive electronics, due to their ability to manage temperature swings in extreme environments and provide energy-dense power solutions. The amount of energy they can store is significantly greater than that of other types of capacitors, allowing them to store tremendous amounts of power, which can be released in a very short period of time - enabling automotive systems to manage both high-demand peak and sub-load periods.

Tantalum Capacitors, such as the T350K226K035AS, employ a combination of anode, electrolyte and dielectric which ensures reliability and performance under hostile environment conditions. The anode, which is basically a high-purity manganese dioxide, is the surface where the current will flow, while the electrolyte is the medium for delivering the current. The dielectric acts like a shield that prevents reverse current from flowing and also absorbs the energy.

When dealing with applications that need to have high capacitance, high reliability as well as high temperature tolerance and performance; a T350K226K035AS Tantalum Capacitor is a great choice. Its low ESR and high working voltage capabilities make it ideal for use in a wide range of high-demand applications. Its capacitance makes it a great choice for applications where long-term energy storage is needed, such as automotive and aerospace applications.

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