KU LNC 8085 C PRO2, Low Noise Converter
Converter for Deep Space Communication with 10 MHz reference input
Finally available:
The X-Band Super Low Noise Converter KU LNC 8085 C PRO2 with 10 MHz reference input.
For an improved Deep Space Communications application!
Finally available:
The X-Band Super Low Noise Converter KU LNC 8085 C PRO2 with 10 MHz reference input.
For an improved Deep Space Communications application!
Technical specifications
Frequency range (RF) | 8000..8500 MHz |
Maximum input power | 1 mW (0dBm) |
Frequency range (IF) | 200..1300 MHz |
Noise figure @ 18 °C | typ. 0.8 dB, max. 1.0 dB |
Gain @ 25 °C | typ. 50 dB (high gain), typ. 37 dB (low gain) |
Output IP3 | 20 dBm |
LO frequency | 7200 MHz, 7400 MHz, 7600 MHz, 7800 MHz |
LO accuracy @ 18 °C | 1 kHz |
LO frequency stability | 0.5 ppm |
Phase noise @ 1 kHz | typ. -90 dBc/Hz |
Phase noise @ 10 kHz | -94 dBc/Hz |
Phase noise @ 100 kHz | typ. -105 dBc/Hz |
External reference input | 10 MHz / 2 ... 10 mW |
Supply voltage | +9 ... +36 V DC |
Current consumption | typ. 250 mA @ 12V DC |
Maximum case temperature | +55 °C |
Input connector / impedance | SMA-female, 50 ohms |
Output connector / impedance | SMA-female, 50 ohms |
Case | milled aluminium, IP43 |
Dimensions (mm) | 82 x 64 x 22 |
Weight | 230 g |
Remote power supply via IF | yes |
Description
The LNC 8085 C PRO2 converts the HF range of 8 ... 8.5 GHz into the IF range of 200 ... 1300 MHz.Four LO frequencies 7200/7400/7600/7800 MHz are permanently stored. In addition, you can control your individual IF range with a LO frequency programmable in 10 MHz steps. The possibility of connecting a 10 MHz reference source also makes it possible for the first time to ensure frequency stability for long-term applications.
Two gain levels can be set: In addition to the low gain stage of typ. 37 dB, a high gain stage of typ. 50 dB is integrated especially for Deep Space users.
The robust and weatherproof design stands for the high-quality workmanship of Kuhne electronic.
Features
- Low noise figure
- Wide bandwidth
- Low phase noise
- High frequency stability of the oscillator due to 10 MHz reference input
- High linearity
- Antenna connection protected against static charging
- Easy mast mounting due to light and compact design
- Three-colour LED indicates unit status and gain mode setting
- Gain mode setting
- Overvoltage protection and reverse polarity protection - Remote power supply via output connector
Application
- Deep Space Communications
Important notes
The total gain of pre-amplifier + attenuator + converter should not exceed 60 dB.
Downloads