A 75Ω 4:1 RF balun transformer operating from 5–300 MHz, designed for DOCSIS 3.0/3.1 and CATV applications requiring low-frequency impedance transformation with stable amplitude and phase balance. Suitable for wideband push-pull amplifiers, CATV modules, and optical receiver signal paths.
A 75Ω 1:1.33 RF balun transformer utilizing a CT flux-coupled design, operating from 1–400 MHz. Designed for low- to mid-frequency RF applications requiring moderate impedance transformation with stable amplitude and phase balance, while supporting up to 750 mW RF power and 300 mA DC current.
A 50Ω 1:1 RF balun transformer covering 3–3000 MHz, designed for wireless and cellular RF modules requiring higher power handling up to 2 W with stable amplitude and phase balance. Ideal for LTE, UMTS, WiFi, WiMAX, and active mixer or modulator applications.
A 50Ω 1:1 RF balun transformer covering 3–3000 MHz, designed for wireless and cellular RF applications requiring higher DC current capability up to 500 mA and stable performance at 2 W power levels. Ideal for LTE, UMTS, WiFi, WiMAX, and active mixer or driver-stage designs.
A 50Ω 1:1 RF balun transformer covering 5–4000 MHz, optimized for wideband wireless and cellular applications requiring high DC current capability up to 500 mA with moderate RF power handling. Well suited for LTE, UMTS, WiFi, WiMAX, and RF signal paths with DC biasing.
A 50Ω 1:1.5 RF balun transformer operating over 0.5–550 MHz, designed for low-frequency wireless and VHF/UHF applications requiring impedance transformation with stable amplitude and phase balance. Supports up to 2 W RF power and is well suited for differential modulators, mixers, and broadband communication circuits.
A 50Ω 1:3 RF balun transformer utilizing a CT flux-coupled design, operating from 1–300 MHz. Optimized for low-frequency wireless and broadband RF applications requiring impedance transformation, low insertion loss, and stable amplitude and phase balance with DC current handling up to 500 mA.
A 50Ω 1:16 RF balun transformer utilizing a CT flux-coupled design, operating from 0.5–160 MHz. Optimized for low-level RF signal and impedance-matching applications requiring very high transformation ratio, low insertion loss, and excellent amplitude and phase balance at low frequencies.
A 50Ω 1:4 RF balun transformer using a CT flux-coupled design, operating from 3–800 MHz. Optimized for signal-level impedance transformation in mid-band wireless and broadband RF applications, delivering stable amplitude and phase balance at 250 mW RF power with 30 mA DC current capability.
A 50Ω 1:4 RF balun transformer utilizing a CT flux-coupled design, operating from 0.5–300 MHz. Designed for signal-level impedance transformation in wireless and broadband RF applications, offering low insertion loss, good return loss, and stable amplitude and phase balance at 250 mW RF power with 30 mA DC current capability
A 50Ω 1:1 RF balun transformer using a transmission-line design, operating from 4.5–3000 MHz. Optimized for wideband wireless and broadband RF signal applications, delivering low insertion loss and controlled amplitude and phase balance at signal-level power up to 0.25 W with 30 mA DC current capability.
A 50Ω 1:8 RF balun transformer utilizing a CT flux-coupled design, operating from 2–500 MHz. Designed for signal-level RF impedance transformation in low- to mid-frequency wireless and broadband applications, offering stable amplitude and phase balance at 250 mW RF power with 30 mA DC current capability.
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