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Mini-Circuits DBTC-18-4-75L+ Environmental and export classification status description

The Mini-Circuits® DBTC-18-4-75L+ is a coaxial bias tee with a frequency range of DC to 18 GHz. It is a versatile component used in various RF and wireless applications to combine DC bias with an RF signal. Functions: 1. Bias Tee Functionality: Allows for the injection of DC power onto an RF signal path. 2. Signal Protection: Protects sensitive RF components from DC power. 3. Signal Integrity: Helps in maintaining signal integrity by combining DC bias and RF signal. Applications: 1. RF Testing: Used in testing setups where DC bias is required along with the RF signal. 2. Antenna Systems: Provides biasing for active antennas. 3. RF Amplifiers: Integral part of setups where amplifiers need both DC power and RF signals. 4. Communication Systems: Used in various wireless systems like radar, cellular, and satellite communication. Alternative Components: 1. Werlatone Bias Tees: Similar high-frequency bias tees for DC and RF signal combining. 2. Marki Microwave Bias Tees: Offers a range of bias tees for different frequency applications. 3. Spectrum Elektrotechnik Bias Tees: Provides bias tees catering to various RF frequencies. Embedded Modules: 1. Bias Tee Module for RF Amplifiers: Embedded bias tee modules for RF amplifier biasing. 2. Embedded Bias Tee for Communication Systems: Integrated bias tee modules for communication systems. 3. Custom Embedded Bias Tee Solutions: Tailored bias tee modules for specific applications. Related Q&A: 1. Q: Can the Mini-Circuits® DBTC-18-4-75L+ handle high power levels? A: The DBTC-18-4-75L+ is designed for low power levels and may not be suitable for high-power applications. 2. Q: What is the insertion loss of the Mini-Circuits® DBTC-18-4-75L+ at higher frequencies? A: The insertion loss may vary with frequency, typically increasing at higher frequencies above 10 GHz. 3. Q: Is the DC blocking performance of the DBTC-18-4-75L+ sufficient for sensitive RF components? A: The DBTC-18-4-75L+ offers good DC blocking characteristics, suitable for protecting sensitive RF components. 4. Q: Can I use the DBTC-18-4-75L+ in satellite communication systems? A: Yes, the DBTC-18-4-75L+ can be used in satellite communication setups that require DC biasing and RF signal combining. 5. Q: Are there any special precautions to consider when integrating the DBTC-18-4-75L+ in RF amplifiers? A: Proper matching of impedance and power levels is essential to ensure optimal performance when using the DBTC-18-4-75L+ in RF amplifiers.