KU LNA BB 17002650 A, Broadband Amplifier
17000 ... 26500 MHz
- Low noise figure
- High bandwidth
- Good input and output matching
- Reverse polarity protection
- Small mechanical dimensions
The low-noise broadband pre-amplifier KU LNA BB 17002650 A was particularly developed by KUHNE for use in double-digit GHz range. Thus, the amplifier is particularly suitable for laboratory operation and the extension of measuring equipment as well as for use in broadband high-frequency transmission systems.
Analog & digital transmission systems Measurement and laboratory equipment
- Low noise figure
- High bandwidth
- Good input and output matching
- Reverse polarity protection
- Small mechanical dimensions
The low-noise broadband pre-amplifier KU LNA BB 17002650 A was particularly developed by KUHNE for use in double-digit GHz range. Thus, the amplifier is particularly suitable for laboratory operation and the extension of measuring equipment as well as for use in broadband high-frequency transmission systems.
Lead time on request
| Frequency range | 17000..26500 MHz |
| Noise figure @ 18 °C | 2,8..3 dB (17000...24000 MHz) |
| 3..3,4 dB (24000...26500 MHz) | |
| Gain | typ. 23 dB |
| Maximum input power | 1 mW |
| Output power (P1dB) | min. 5 mW |
| Input return loss (S11) | typ. 10 dB |
| Supply voltage | +9 ... 15 V DC |
| Current consumption | typ. 80 mA |
| Operating case temp. range | -20 ... +65°C |
| Input connector / impedance | SMA-female, 50 ohms |
| Output connector / impedance | SMA-female, 50 ohms |
| Case | milled aluminium |
| Dimensions (mm) | 26 X 25 X 9 mm |
| Weight | 40 g (typ.) |
The KU LNA BB 17002650 A has a bandwidth of 17 GHz to 26.5 GHz and is thus suitable for a variety of applications in the radio-frequency (RF) and microwave range. Furthermore, the low noise figure of between 2.8 dB and 3 dB in the range from 17 GHz to 24 GHz and between 3 dB and 2.4 dB from 24 GHz to 26.5 GHz with a gain of 23 dB minimizes the noise figure of the receiver. The PIN diode-based reverse polarity protection furthermore increases user-friendliness.
- Low noise figure
- High bandwidth
- Good input and output matching
- Reverse polarity protection
- Small mechanical dimensions
- Analog and digital transmission systems
- Measurement and laboratory equipment
- Maximum input power 1 mW
