ZNBT-60-1W+

Overview

The ZNBT-60-1W+ is a wideband bias tee from Mini-Circuits, operating from 2.5 MHz to 6 GHz. It features an N-type RF connector and a BNC DC port. The device supports up to 1 W of RF power with a maximum insertion loss of 0.6 dB. Isolation between ports exceeds 45 dB. It utilizes a K558 surface-mount case style for board integration.

Feature Summary

• Integrates RF signal path with DC bias injection via dedicated ports
• Provides high isolation between RF and DC connections
• Supports wideband operation across microwave frequencies
• Handles significant RF power capacity within compact form factor

Applications

• RF circuit biasing in communication systems
• Test and measurement instrumentation setups
• Broadband amplifier power supply integration
• Signal processing modules requiring combined DC/RF paths

Procurement Notes

Verify the specific datasheet revision when ordering, as connector types or electrical tolerances may vary by production batch. Confirm that the N-type and BNC interfaces match your system requirements. Ensure the K558 package dimensions fit your PCB layout constraints before finalizing procurement.

Selection Notes

Select this component when a wide frequency range up to 6 GHz is required for bias injection. Consider the 1 W power handling limit for high-power applications. Evaluate the physical size of the K558 package against available board space. Compare isolation specifications against other models if strict port separation is critical.

Part Context

This part belongs to Mini-Circuits' Bias Tee product line, designed for signal conditioning. It complements other RF components like splitters and amplifiers. The series includes various connector configurations and frequency ranges to support diverse RF design needs across industrial and communication sectors.

Replacement Considerations

Check Mini-Circuits documentation for direct substitutes with similar frequency ranges. Verify that alternative parts maintain comparable isolation and power handling capabilities. Ensure connector compatibility matches existing infrastructure before swapping components.