PE1617

Overview

The Pasternack PE1617 is a Type N bias tee designed for RF applications operating within a frequency range of 250 MHz to 2.5 GHz. It features an SMA female connector on the RF port and supports a maximum DC current rating of 7000 mA and a voltage rating of 100 Volts DC. This component integrates DC power injection with RF signal transmission, utilizing standard SMA interfaces for connectivity.

Feature Summary

• Integrates DC bias injection with RF signal paths in a single compact unit
• Supports high current capacity up to 7000 mA for powered device applications
• Operates effectively across a wide frequency spectrum from 250 MHz to 2.5 GHz

Applications

• Powering active RF components such as amplifiers or oscillators
• Test and measurement setups requiring simultaneous DC and RF signals
• Wireless communication infrastructure maintenance and deployment

Procurement Notes

Verify the specific connector gender and interface type against system requirements before ordering. Confirm that the 7000 mA current rating and 100 VDC voltage limits align with the target application's electrical specifications. Ensure compatibility with existing SMA cabling and fixtures to prevent impedance mismatches or physical connection issues during installation.

Selection Notes

Select this model when a bias tee is required for frequencies between 250 MHz and 2.5 GHz. The PE1617 is suitable for applications demanding higher current handling capabilities compared to standard bias tees. Consider the SMA female interface requirement and ensure the DC source can provide the necessary voltage and current without exceeding the component's ratings.

Part Context

The PE1617 belongs to Pasternack's line of bias tees, which are essential passive components for combining DC and RF signals. These devices allow power delivery to active RF elements without disrupting the signal path. The PE1617 specifically targets mid-to-high frequency ranges, offering robust performance for professional RF engineering tasks.

Replacement Considerations

Check datasheets for alternative models like PE1616 or PE1614 if different frequency ranges or connector types (Type N vs SMA) are needed. Verify that substitute parts maintain similar current and voltage ratings to ensure circuit integrity.