Negotiable
The date of payment from buyers deliver within days
Jiangsu
Long-term effective
2019-05-30 11:07
500
Company Profile
WeiYe Intelligent Equipment(Danyang) Co.,LtdBy certification [File Integrity]
Contact:lnbfactory(Mr.)
Email:
Telephone:
Phone:
Area:Jiangsu
Address:Jiangsu
Model |
GS-C18T1 |
Input Frequency |
3.7-4.2GHz |
L.O. Frequency |
5.15GHz ± 1MHz |
Stability |
± 1MHz(-40 ℃ - +70 ℃) |
Output Frequency |
950-1450 MHz |
Conversion Gain |
60 dB (TYP) |
L.O. Phase Noise |
-55 dBc/Hz@1KHz |
-85 dBc/Hz@10KHz | |
-105 dBc/Hz@100KHz | |
Gain Flatness |
±0.5dB/36 MHz |
Noise Figure |
13°K |
Image Rejection |
45dB |
Dc Supply Voltage |
10-20V |
Supply Current |
<150mA |
Operating Temperature |
-40 ℃ ~ +70 ℃ |
IF Output Connector |
“F” Type Female |
Output Impedance |
75 OHMS |
Product Feature
In order to ensure sufficient gain, the lC Band Single Output LNB consists of four-stage amplification or five-stage amplification. By appropriately selecting the operating points of each stage, the purpose of low noise and high gain can be achieved. The first two stages of amplifying circuits are designed according to low noise requirements, and the operating current is relatively small, while the latter two stages are designed according to high gain requirements, and the operating current is relatively large.
Product Description
The C Band Single Output LNB is provided with a coupling device between the rectangular band, which converts the electromagnetic wave energy propagating inside the waveguide into a current. In addition, the electrical coupling method is to place a metal probe in a rectangular waveguide. The probe is parallel to the narrow side of the rectangular waveguide. It represents the polarization direction of the high frequency head. The probe generates current under the excitation of the electric field. The magnetic coupling method is a small metal ring is placed in the rectangular waveguide, the normal direction of the ring is perpendicular to the electric field in the waveguide, and the small ring generates an induced current under the excitation of the magnetic field. The microwave transistors used in low noise amplifiers are gallium arsenide field effect transistors or high electron mobility transistors, which are characterized by low noise and high operating frequency.
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