187XMPL004MG28X

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Aluminum - Polymer Capacitors have emerged as a popular choice in applications requiring superior capacitance values, low impedance and a wide field of temperature range. The 187XMPL004MG28X is a representative of this technology, and is specifically designed for use in the automotive and industrial sectors, as well as for general purposes.

The 187XMPL004MG28X is a device based on the same physical principles as all aluminum-polymer capacitors. These capacitors feature an aluminum foil anode, with a layer of polymer separated from a cathode foil by a dielectric. This technique is used to create a ‘self-healing’ dielectric, meaning that when a high voltage or temperature is applied, the layer of polymer will dissipate the energy into the surrounding environment, preventing the capacitor from reaching any irreparable damage.

These capacitors are highly efficient and can provide up to two times the capacitance of traditional ceramic capacitors. They also offer a reduced equivalent series resistance as compared to traditional ceramic capacitors, meaning that they will experience a less severe drop in voltage output at higher frequencies. The 187XMPL004MG28X has a rated capacitance of between 20-100µF and an operating temperature range of -55°C - 125°C.

The 187XMPL004MG28X is designed for applications that require a high capacitance, low impedance and widespread temperature range. In the automotive and industrial sectors, these capacitors are used for applications such as fuel system modulation, engine control, HVAC, braking and safety systems. The wide temperature range allows them to be used in more challenging environments that require extreme temperatures. In general purpose applications, these capacitors are useful for buffering, signal filtering, and decoupling.

The 187XMPL004MG28X is a reliable and dependable aluminum-polymer capacitor that is designed to perform in the most demanding applications. It boasts superior capacitance values and superior performance than its ceramic counterparts. The wide temperature range and low impedance make it a great choice for automotive and industrial applications, while its general purpose use makes it a great choice for applications requiring signal buffering, filtering and decoupling.

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