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The 125-50TS is an RF attenuator manufactured by TTM Technologies, Inc. It operates within a frequency range of 0 Hz to 3 GHz and features a nominal impedance of 50 Ohms. The component is designed for high-power applications with a power handling capacity of 125W. It utilizes a surface-mount device (SMD) package configuration suitable for board mounting. This attenuator provides signal attenuation capabilities for radio frequency circuits.
Verify the exact attenuation value and tolerance specifications directly from the manufacturer's datasheet, as these critical parameters are not explicitly listed in the provided source material. Confirm the specific SMD footprint dimensions and thermal requirements for your PCB layout design. Ensure compatibility with your assembly process and check for any specific handling instructions regarding the high-power rating.
Select this component when a 50 Ohm system requires fixed attenuation within the DC to 3 GHz bandwidth. The 125W power rating makes it suitable for high-power transmission lines where standard low-power attenuators would fail. Consider the physical size constraints of the SMD package against your available board space. Verify that the required attenuation level matches your system design needs before finalizing the selection.
TTM Technologies, Inc. is a global manufacturer of RF components, microwave devices, and advanced PCB solutions. The 125-50TS belongs to their line of RF attenuators, which are essential passive components for managing signal strength in communication and radar systems. This product represents the company's capability in producing robust, high-power RF hardware for demanding industrial and military applications.
Publicly confirmed substitute part numbers for the 125-50TS are not available in the provided documentation. When seeking alternatives, ensure that any replacement matches the 125W power rating, 50 Ohm impedance, and 0-3 GHz frequency range. Verify that the physical SMD package dimensions are compatible with your existing footprint to avoid re-designing the PCB.