China High Gain Anti-5g C Band LNB 3.7-4.2 Dual Lo One Cable Solution, Find details about China 3.7-4.2GHz, 950-2050MHz from High Gain Anti-5g C Band LNB 3.7-4.2 Dual Lo One Cable Solution
Input Frequency | 3.7-4.2GHz |
Output Frequency | 950-2050MHz |
L.O. Frequency | 5150/5750MHz |
L.O. Stability | ±1.5MHz |
Conversion Gain | >65dB typ |
Noise Figure | <17°K typ |
Output Impedance | 75Ω |
Our company:
Anhui Bowei Electronic Technology Co., Ltd is a National high and new technology enterprise engaged in the research, development, production, fabrication, marketing and project of microwave high frequency electronics, over voltage protection equipments and light current projects.
We are a professional manufacturer for more than 20 years specialized in S,C,Ku Band LNB,MMDS Downconverter,Dish/Antenna,Receivers,Wave Filters,Amplifiers,Duplexer and etc.
The essential components of our products are selected from original imported ones and the main inspection instruments adopt HP instruments and meters, all of which are fabricated in modern assembly line. Moreover, a professional well-trained team for the management, production and sales are serviced for our company.Excellent devices,superior team and advanced production testing equipment guaranteesthe finest quality and the best products for our customers.
The products command a good market both at home and abroad. Microwave high frequency electronics are mainly exported to Europe, Southeast Asia, Middle East, North America etc 83 countries and areas. Back in the domestic markets, Bowei provides service for the national rural cable TV installation project and also the digital improvement for Regional Radio and TV Cable Network Companies. Meanwhile, over-voltage and over-current protection equipments are widely distributed around the country and mostly applied in fields of electricity ,petroleum , chemistry , metallurgy,cement and steel. Moreover, light current projects are chiefly designed for such places as bank, school, hospital, Residential sub districts, parking lot etc.