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The LPF1005LRCPR0709L is a low-pass filter manufactured by Pulse Electronics, designed for signal conditioning applications. It operates within the LTE Low Band frequency range of 698 MHz to 960 MHz. The component utilizes a 1005 metric package size (0402 imperial) and features surface-mount device (SMD/SMT) termination types for board mounting. This RF filter is engineered to support wireless communication systems requiring precise frequency filtering capabilities.
Verify the specific datasheet version and electrical characteristics directly with Pulse Electronics or authorized distributors before procurement. Confirm that the 1005 package dimensions and SMD termination types align with your PCB footprint requirements. Ensure the operating temperature range meets your system's environmental specifications. Cross-reference the part number LPF1005LRCPR0709L with official manufacturer documentation to confirm current production status and availability constraints.
Select this component when designing circuits for LTE Low Band operations between 698 MHz and 960 MHz. The 1005 package size offers a compact solution for space-constrained designs. Ensure compatibility with standard SMD assembly processes. Verify impedance matching requirements for your specific RF application to maintain signal integrity. Consider thermal performance within the specified operating temperature range during system design.
This part belongs to Pulse Electronics' portfolio of RF filters and signal conditioning components. The LPF series is tailored for wireless communication applications, providing essential frequency selection capabilities. These components are integral to modern mobile devices and infrastructure, supporting various cellular standards including LTE bands.
Consult official Pulse Electronics documentation for confirmed substitute part numbers. Verify that any alternative component matches the 698-960 MHz frequency range, 1005 package dimensions, and SMD termination type. Ensure electrical performance parameters such as insertion loss and rejection characteristics meet original design specifications.