SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The NexTek HPR0554704Z50 is a high-current feedthrough filter designed for EMI/RFI suppression. It features an axial threaded terminal package with bolt mount capability. The component has a rated voltage of 500V and supports a continuous current of 55A. Internal capacitance is 0.47µF. Operating temperature range spans from -55°C to 125°C. Physical dimensions include a diameter of 0.878 inches.
Verify the specific manufacturer standard lead time, which may be five weeks, against current supply chain conditions before finalizing procurement plans. Confirm that the axial threaded terminal configuration matches the mechanical design requirements of the target assembly. Ensure the 500V rating and 55A current capacity align with the operational parameters of the intended circuit to prevent component failure or inadequate filtering performance.
Select this component when high current handling and compact form factor are critical. The 0.47µF capacitance provides specific filtering characteristics suitable for certain frequency ranges. Verify that the bolt mount style fits the enclosure constraints. Consider the wide operating temperature range for harsh environment applications. Ensure the voltage rating exceeds the maximum system voltage with appropriate safety margins.
This part belongs to NexTek's range of high-current filters utilizing ceramic capacitor technology. These components are positioned as among the most compact filters in the world. The product family focuses on providing robust EMI/RFI suppression solutions for demanding applications requiring significant current handling capabilities within small physical footprints.
Publicly confirmed substitute part numbers are not available in the provided documentation. Evaluate alternative high-current feedthrough filters based on matching electrical specifications such as 55A current, 500V rating, and 0.47µF capacitance. Verify compatibility with axial threaded terminal mounting styles and similar physical dimensions to ensure seamless integration into existing designs.