2482-043-X5U0-152MLF

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Feed through capacitors are used in electronic circuits to perform power conditioning and control. They are small components with high capacitive values that are capable of storing large amounts of current and producing significant voltage drops between two contact points. The 2482-043-X5U0-152MLF is an example of such a device.

The 2482-043-X5U0-152MLF is a surface-mountable feed-through capacitor, meaning that it can be soldered directly onto the circuit board. It is made of an anodized aluminum housing with an integrated PTFE dielectric encapsulating material. Its rated voltage is 420V AC/DC max. and capacitance is 150 to 220pF. It is rated to dissipate up to 16 watts and operates over a wide ambient temperature range from -55°C to +125°C.

The 2482-043-X5U0-152MLF is used in a wide range of applications, including motor drives, medical equipment, and HVAC systems. Its primary purpose is to provide electromagnetic interference (EMI) protection by suppressing high frequency, transient voltage spikes that can damage sensitive electronics. It is also used to reduce electrical noise in high-bandwidth, low-noise circuits, such as clock and data lines.

The 2482-043-X5U0-152MLF works by filtering out high frequency transients by allowing low frequency signals to pass while blocking out the high frequency noise. It achieves its filtering effect through its construction and dielectric material, which act like a low-pass filter, and its capacity, which acts like an impedance (resistance) to high frequency signals. This allows the capacitor to store energy as a potential-like electric field, allowing some current to pass while blocking out the rest.

The 2482-043-X5U0-152MLF is an effective, reliable and cost effective component which can significantly reduce EMI in a wide range of applications. It is important to note, however, that while it can provide excellent EMI protection, it can also limit the bandwidth of your circuits, so careful selection and proper installation is critical in order to properly utilize the capacitor.

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