SN101M016ST

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Aluminum Electrolytic Capacitors (AECs) have emerged as phenomenal components in power management, switch-mode power supplies and general applications because of a wide range of benefits they offer. These components are widely used in industrial, automotive, consumer electronic, military and aerospace applications. Specifically, SN101M016ST AECs, with a load life of 1.000 hour at 105°C, are designed with organic solid electrolyte technology.

Given their high energy density and very low equivalent series inductance, these capacitors are ideally suited for designs with frequent inrush currents, such as solar cell inverters or battery-charging systems. Furthermore, the organic solid electrolyte increases safety by preventing leakage accidents, minimizes flammability, and allow for high ripple current ratings. Like all inorganic solid electrolyte type aluminum electrolytic capacitors, the SN101M016ST is designed to survive severe ESD shock.

Under normal operating conditions, capacitor current is generated by a combination of the total capacitance and the equivalent series resistance (ESR). The ESR results from internal capacitor losses that create an active resistance in series with the capacitor’s reactive impedance. In the case of the SN101M016ST, a combination of organic solid electrolyte and advanced processing techniques has been used to achieve an exceptionally low ESR. In turn, this allows the SN101M016ST to provide higher ripple current performance and extended operating life.

The main working principle for the SN101M016ST is through the charging of an electrolyte cell between two separators. This electrolyte is a conductive liquid that, when charged, forms an electric double layer capacitance (EDL) between the two separators. This EDL provides high capacitance and low ESR, allowing this type of capacitor to reach very low equivalent series inductance levels and support the inrush current requirements of high-end designs.

The SN101M016ST capacitor is suitable for many different applications such as in solar cell inverters, power supplies, and switch-mode power supplies (SMPS). This capacitor can also be used during the charging and/or discharging of batteries to reduce the total system losses, as well as for the circuit decoupling of high frequency voltage and current spikes. The SM101M016ST capacitor also makes a great choice for microcontroller, microprocessor, or PWM applications.

The SN101M016ST capacitor’s performance helps to ensure extended life and safety in applications. The high capacitance and low ESR help to protect sensitive components from voltage and current surges, which improves their performance and reliability. The capacitor’s wide operating temperature range also ensures long-term stability and performance in even the most demanding applications.

In conclusion, SN101M016ST AECs provide the benefits of low equivalent series inductance, high energy density, and low ESR in combination with the safety of an organic solid electrolyte. This makes them a great choice for applications where safety, performance, reliability, and extended life are paramount. The SN101M016ST helps protect components from voltage and current surges and increases system efficiency by reducing total system losses.

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