Mini-Circuits ADTL1-18-75+

Mini-Circuits ADTL1-18-75+ Environmental and export classification status description

The Mini-Circuits® ADTL1-18-75+ is a 50-Ohm surface-mount RF transformer designed for a wide range of applications from 10 MHz to 6 GHz. It offers a low insertion loss and excellent power handling capabilities. Functions: 1. Impedance transformation from 75 Ohms to 50 Ohms. 2. Signal isolation and matching. Applications: 1. RF signal conversion and impedance matching in RF circuits. 2. Test and measurement equipment. 3. Antenna systems and amplifiers. 4. Wireless communications. 5. RF transceivers. Alternative Components: 1. ADT3-1T-75W. 2. ADL1-2500E-75+. 3. ADT1-1WT-75+. Embedded Modules: 1. Embedded in RF filters and amplifiers for impedance matching. 2. Integrated into RF front-end modules in wireless communication devices. Related Q&A: 1. Can the ADTL1-18-75+ be used for both receiving and transmitting RF signals? - Yes, the transformer can be used for both receiving and transmitting RF signals, providing impedance matching and signal isolation. 2. What are the typical insertion loss and return loss of the ADTL1-18-75+ transformer? - The typical insertion loss is around 0.2 dB, and the return loss is typically greater than 20 dB across the frequency range. 3. How does the ADTL1-18-75+ compare to other Mini-Circuits® RF transformers in terms of frequency range and power handling? - The ADTL1-18-75+ offers a broad frequency range from 10 MHz to 6 GHz and can handle power levels up to 2 Watts, making it suitable for various RF applications. 4. What are the recommended PCB layout guidelines for implementing the ADTL1-18-75+ in a design? - Proper grounding and placement of the transformer on the PCB are essential to minimize signal loss and maintain signal integrity. Consult the Mini-Circuits® datasheet for specific layout recommendations. 5. Can the ADTL1-18-75+ be cascaded with other RF components to achieve further impedance transformation or matching? - Yes, the transformer can be cascaded with additional components to achieve more complex impedance transformations or matching networks depending on the application requirements.