Mini-Circuits TCM3-1T+

Mini-Circuits TCM3-1T+ Environmental and export classification status description

The Mini-Circuits® TCM3-1T+ is a versatile surface mount transformer with a frequency range of 100 kHz to 1 GHz. It features a 1:1 impedance ratio and is designed for RF and wireless applications where signal or power isolation is required. Functions: The TCM3-1T+ transformer provides transformer coupling between circuits for impedance matching, power splitting, or isolation. It can be used to convert balanced and unbalanced signals, ground loop elimination, and DC isolation. Applications: - RF transceivers - Antenna matching networks - Power amplifiers - RF test equipment - Signal generators - Satellite communication systems Alternative Components: - Murata Electronics DA101C - Johanson Technology 2430BM15A0002E - Coilcraft JA4250 Embedded Modules: - Vishay Intertechnology TransZorb transient voltage suppressor - KEMET CBR Series Multilayer Ceramic Capacitor - ON Semiconductor NTBTMC8P360 PLC Modem Chip --- Q&A 1. Can the Mini-Circuits TCM3-1T+ be used in wireless power transfer applications? - Yes, the TCM3-1T+ can be used in wireless power transfer applications for impedance matching and power transfer efficiency. 2. What is the maximum power handling capacity of the TCM3-1T+ transformer? - The TCM3-1T+ is rated up to 350 mW power handling capacity. 3. Is there a recommended footprint layout for the TCM3-1T+ on a PCB? - Mini-Circuits provides recommended layout guidelines in the TCM3-1T+ datasheet for optimal performance. 4. Can the TCM3-1T+ be used in both single-ended and differential signal applications? - Yes, the TCM3-1T+ can be used in both single-ended and differential signal applications depending on the configuration. 5. Are there any specific thermal considerations to take into account when using the TCM3-1T+ transformer? - It is recommended to consider thermal management based on the power dissipation in the transformer for applications requiring extended operation in high-temperature environments.