Mini-Circuits DBTC-17-5L+

Mini-Circuits DBTC-17-5L+ Environmental and export classification status description

Mini-Circuits® DBTC-17-5L+ Overview The Mini-Circuits® DBTC-17-5L+ is a coaxial bias tee designed for minimal insertion loss and excellent VSWR. It operates in the RF frequency range of 10 MHz to 1750 MHz with a maximum DC current of 500mA. This bias tee is compact, robust, and widely used in various RF and wireless applications. Functions 1. Bias Tee: Combines RF signal and DC power on a common coaxial cable. 2. Signal Transmission: Provides a pass-through for RF signals. 3. DC Bias Insertion: Allows for the injection of DC power for active components like amplifiers within a coaxial system. Applications 1. RF Amplifiers: Used to bias active components in RF amplifier circuits. 2. Test and Measurement: Facilitates testing and measurements in RF and microwave systems. 3. Satellite Communications: Supports various components in satellite communication systems. Alternative Components 1. Mini-Circuits® ZFBT-6GW+: Biased Tee with a broader frequency range. 2. Keysight 11667A: Bias Network suited for high-power applications. 3. Pasternack PE9814A: RF Bias Tee with similar functionalities. Embedded Modules 1. DC Blocking Capacitors: Ensures isolation between the DC and RF signals. 2. Inductors for RF Chokes: Filters out unwanted signals or interference. 3. Connector Interfaces: Enables easy integration with RF circuits. Related Q&A 1. Can the Mini-Circuits DBTC-17-5L+ handle higher DC currents for power-hungry components? 2. What are the typical insertion loss and VSWR characteristics of the DBTC-17-5L+ at different frequency bands? 3. How does the Mini-Circuits DBTC-17-5L+ compare to other bias tees in terms of size and performance? 4. Are there any recommended guidelines for integrating the DBTC-17-5L+ into RF amplifier circuits? 5. Can the Mini-Circuits DBTC-17-5L+ be used in outdoor or harsh environmental conditions for satellite communication applications?