ASPI-8040S-180M-T

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Fixed inductors are electrical components that produce magnetic fields when electric current passes through them. The ASPI-8040S-180M-T can be classified into this group. This device is an encapsulated, surface mount inductor with an internal wirewound coil designed for use in high-frequency automotive applications. This article will discuss its application field and working principle.

The ASPI-8040S-180M-T is designed to meet the demands of the automotive industry. It is designed for filters, signal coupling and damping, power and coupling inductors, and EMI / RFI suppression in automotive power modules. This device is able to withstand the high currents, heat, and voltage pulses encountered in automotive applications. Additionally, its rugged construction enables it to withstand temperatures up to 105°C and voltages up to 80V.

The ASPI-8040S-180M-T is composed of an electro-magnetic coil surrounded by a magnetic shielding. The current passes through the coil, creating a magnetic field which interacts with the magnetic shielding, suppressing electromagnetic interference (EMI) generated by the current. It also has a vibration insulating component which dampens mechanical vibrations, significantly reducing noise within the system.

The ASPI-8040S-180M-T is an ideal choice for applications such as power converters and inverters, dc-dc converters, chargers, motor control, and other automotive systems. It is able to provide low DC resistance, high current capacity, wide operating temperature range, and EMI / RFI suppression capabilities, making it the perfect component for these applications. Additionally, it features high insulation resistance, making it resistant to voltage surges and other high voltage incidents.

The ASPI-8040S-180M-T is an excellent device for a variety of applications. It features a wide range of performance capabilities, making it an ideal solution for high-frequency automotive applications. Its unique design allows it to provide a wide range of benefits, including low DC resistance, high current capacity, wide operating temperature range, and EMI/RFI suppression. It is also highly resistant to voltage surges, making it the perfect component for automotive power modules and other applications.

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