PE1626

Overview

The PE1626 is a broadband bias tee from Pasternack designed for RF signal conditioning. It operates within a frequency range of 10 MHz to 2.5 GHz and features SMA connectors with male input configuration. The device supports a maximum DC voltage rating of 100 Volts and a maximum current capacity of 2.5 Amps, with a power handling capability of 5 Watts. This three-port network allows for the adjustment of DC bias points on electrical components without interfering with RF signals.

Feature Summary

• Provides isolation between DC bias and RF signal paths
• Supports high current and voltage ratings for robust operation
• Features SMA male connector interface for standard integration

Applications

• Adjusting DC bias points of RF components
• Signal conditioning in test and measurement setups
• Broadband RF circuit integration

Procurement Notes

Verify the specific datasheet version for detailed electrical characteristics and mechanical drawings. Confirm connector gender and pinout configurations match system requirements. Ensure operating conditions remain within the specified voltage and current limits to maintain performance integrity.

Selection Notes

Select this component when a broadband solution is required for frequencies up to 2.5 GHz. Consider the SMA interface compatibility and the 2.5 Amp current rating for applications requiring significant DC bias current. Evaluate insertion loss specifications if signal integrity at higher frequencies is critical.

Part Context

This part belongs to Pasternack's line of RF and wireless components, specifically categorized under signal conditioning devices. Bias tees are essential tools in RF engineering for combining or separating DC and AC signals, enabling the powering of active components like amplifiers while maintaining signal path continuity.

FAQ

What is the maximum DC current rating for the PE1626?

The PE1626 is rated to handle a maximum DC current of 2.5 Amps.

Does the PE1626 affect the RF signal path?

It is designed to adjust DC bias points without significantly affecting other components or the RF signal path.