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The LPF1608LWCCR2500L is a low-pass filter manufactured by Pulse Electronics, designed for signal conditioning applications. It operates within the RF spectrum, specifically targeting frequencies around 2.5 GHz as indicated by its model designation and associated product descriptions. The component utilizes a surface-mount technology (SMD/SMT) package with dimensions corresponding to the 0603 (1608 metric) footprint, facilitating integration into compact electronic circuits. It is classified under the category of RF filters and signal conditioning components.
Verify the specific datasheet for the LPF1608LWCCR2500L to confirm exact electrical parameters such as cutoff frequency, insertion loss, and return loss, as these are critical for circuit performance. Ensure compatibility with the target PCB layout regarding the 0603 footprint and soldering requirements. Cross-reference with official Pulse Electronics documentation to validate RoHS compliance and operating temperature ranges before finalizing procurement decisions.
Select this component when a low-pass filter is required for signals near 2.5 GHz in space-constrained designs. The 0603 package size makes it suitable for dense PCB layouts. Consider the specific attenuation requirements and power handling capabilities relative to the application's signal strength. Compare against other Pulse Electronics LPF series parts if different frequency responses or package sizes are needed.
This part belongs to Pulse Electronics' portfolio of passive components, specifically within their RF filter and signal conditioning lines. The 'LPF' prefix denotes a Low Pass Filter, while '1608' indicates the standard metric package size. These components are integral to modern electronics requiring precise frequency management and interference reduction in compact form factors.
Consult official Pulse Electronics substitution guides or equivalent manufacturer datasheets for direct replacements. Verify that any substitute maintains the same 0603 footprint, impedance matching, and frequency response characteristics to ensure circuit integrity without redesign.