C Band Dual Polarity Single Output LNBF (GS-C18)

Price :
On Demand
Quantity :
1000
Standards & Approvals :
self
Payment Terms :
Expected Delivery Time :
10Days
Additional Requirement :
Price Valid Till :
Dec,31, 2020

Model: GS-C18 1. Input Frequency: 3.4-4.2GHz 2. L.O. Frequency: 5.15GHz ¡À 1MHz 3. Stability: ¡À2MHz (-40 ¡ãC - +70 ¡ãC) 4. Output Frequency: 950-1750 MHz 5. Conversion Gain: 65 dB (TYP) 6. L.O. Phase Noise: -55 dBc/Hz[email protected] -85 dBc/[email protected] -105 dBc/[email protected] 7. Gain Flatness: ¡À0.5dB/36 MHz 8. Noise Figure: 15 ¡ãK 9. Image Rejection: 50dB 10. Dc Supply Voltage: 11-14.5 V (V), 15.5-22V (H) 11. Supply Current: <150mA 12. Operating Temperature: -40 ¡ãC ~ +70 ¡ãC 13. IF Output Connector: ¡°F¡± Type Female 14. Output Impedance: 75 OHMS

Company Profile

Glarysat Electronices Co., Ltd is a Chinese leading provider of satellite products and sophisticated MMDS to the world market. We are a professional manufacturer specializing in satellite LNBF, MMDS and Yagi antenna in China. With the production capability of 350,000 monthly, we accept customers' designs, Logos and specifications. Now our C Band and Ku Band LNBF are available in a variety of frequency ranges and L.O. frequency options. It has the long frequency Bandwidth and enjoys low noise figure and high gain. Due to the features of its high stability and wide reception, our products have met with warm reception by the customers and great reputation in many markets, e.g. Middle East, South East Asia, Africa and South America. We promise to supply our customers the first class quality and perfect service. We have the most advanced testing instruments, such as HP Scalar Network Analyzer, HP Noise Figure Analyzer, HP frequency spectrograph, and the most professional, responsible and assiduous team, together with senior engineers and R&D team. This makes our factory have a reputation for its business ethics and providing customers with the highest standards of satisfaction. Contact us today to get started on your next OEM/ODM project.