1 Pcs Coaxial Bias Tee, 10MHz-6GHz Bias Tee, Broadband Radio Frequency Microwave Coaxial Bias For Broadband Amplifiers And Optical Fiber Communication

for Optical Fiber Communication Broadband 1 Pcs 10Mhz 6Ghz Bias Tee 10Mhz 6Ghz Broadband Radio Frequency Microwave Coaxial Bias Blog Rtlsdr Quad Sdr Application: Broadband amplifier, optical fiber communication, optical modulation drive, other test and measurement applications High performance: It consists of inductors and capacitors with ultra broadband, near idealization and no resonant point. inductance: isolate ac information to from leaking into the power supply system.1. brand new and high quality 2. It consists of inductors and capacitors with ultra-broadband, near idealization and no resonant point. 3. Isolating capacitance: isolating dc to prevent dc voltage from leaking to subsequent circuits or test instruments; 4. inductance: isolate ac information to prevent from leaking into the power supply system. 5. Application: Broadband amplifier, optical fiber communication, optical modulation drive, other test and measurement applications Specification: Features: brand new and high quality It consists of inductors and capacitors with ultra-broadband, near idealization and no resonant point. Isolating capacitance: isolating dc to prevent dc voltage from leaking to subsequent circuits or test instruments; inductance: isolate ac information to prevent from leaking into the power supply system. Application: Broadband amplifier, optical fiber communication, optical modulation drive, other test and measurement applications Specifications: Working frequency: 10MHZ-6GHz Insertion loss < 1.2 dB Operating Voltage: DC1-50V Normal working current: < 0.5A Size: 7 x 3.3cm / 2.76 x 1.30in Weight: 36g Package included: 1 x Bias Tee Note: Please note that the new type and old type of this product will be sent randomly, and make sure you will not mind before ordering. Stable Performance It consists of inductors and capacitors with ultra broadband, near idealization and no resonant point.