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The PE6217 is a medium power RF termination module manufactured by Pasternack. It features a 7/16 DIN male input connector and is housed in a square body constructed from black anodized aluminum heatsink material. The component operates within a frequency range of DC to 8 GHz. It supports a continuous power handling capacity of 50 Watts and can withstand peak power levels up to 0.5 kW. The device is designed for robust thermal management and reliable performance across a wide operating temperature range.
Verify the specific connector type matches the 7/16 DIN standard required for your application. Confirm that the 50-watt continuous power rating and 0.5-kW peak power capability align with your system's operational limits. Ensure the operating temperature range covers your environmental conditions. Check for RoHS compliance status if required by your manufacturing standards. Validate the physical dimensions against your available mounting space.
Select this model when a high-power termination is needed for frequencies up to 8 GHz. The 7/16 DIN connector is suitable for applications requiring secure connections at higher power levels compared to smaller connectors. Consider the square body design for effective heat dissipation in enclosed spaces. This component is appropriate for laboratory and industrial environments where stable impedance and low VSWR are critical for accurate signal analysis.
The PE6217 belongs to Pasternack's line of RF coaxial terminations. It serves as a general-purpose load for dissipating RF energy in test circuits. The product is categorized under RF IC Termination and Modules, specifically designed for medium-power applications. It complements other Pasternack components by providing a reliable endpoint for signal paths in high-frequency systems.
Public confirmed substitute part numbers are not provided in the source data. Verify compatibility based on connector type (7/16 DIN), frequency range (DC-8 GHz), and power ratings (50W continuous). Ensure any replacement offers equivalent thermal performance and mechanical fit for the square body heatsink design.