Universal Linear Quad Ku-band LNB
Inquire NowDescription
The Universal Linear Quad Ku-band LNB is engineered for optimal satellite signal reception, compliant with DVB-S2 standards for both HD and UHD broadcasts. This device boasts a number of standout features, including a low noise figure, which enhances signal clarity, and a low power consumption design that makes it both efficient and environmentally friendly. With high cross-polar isolation, it ensures minimal signal interference, while high frequency stability guarantees reliable performance across various weather conditions. The LNB is built to withstand extreme temperatures and is protected by a UV-resistant housing, complete with a custom-fit weather protection cap to combat the elements, making it a durable choice for any installation.
Specifications
| Item | Specification | Item | Specification |
|---|---|---|---|
| Input Frequency Range | Low Band: 10.70~11.70GHz | Gain Flatness | ±0.5dB/27MHz |
| High Band: 11.70~12.75GHz | Cross POL. Isolation | 20dB (Min.) | |
| Output Frequency Range | Low Band: 950~1950MHz | Image Rejection | 40dB (Min.) |
| High Band: 1100~2150MHz | Output VSWR | 2.0:1 (Typ.) | |
| L.O. Frequency | Low Band: 9.75GHz | P1dB | 0dBm (Min.) |
| High Band: 10.60GHz | DC Current Consumption | 130mA (Typ.) | |
| L.O. Frequency Stability | ±1.0MHz (Max.) @ +25℃ | Low/High Band Switching | Low Band: 0Hz |
| ±2.0 MHz (Max.) @ -30℃ ~ +70℃ | High Band: 22KHz ± 4KHz | ||
| L.O. Phase Noise | -75dBc/Hz @ 1KHz | POL. Switching Voltage | 10.5~14.0V @ Vertical |
| -80dBc/Hz @ 10KHz | 16.0~20.0V @ Horizontal | ||
| -90dBc/Hz @ 100KHz | Relative Humidity | 0%~95% | |
| Conversion Gain | 60dB (Typ.) | Operating Temperature | -30℃ ~ +70℃ |
| Noise Figure | 0.3dB (Typ.) | Connector Type | 75Ω Female Connector |
Additional Information
- Extremely heat and cold resistant, making it suitable for diverse climates.
- UV-resistant weather protection housing ensures durability.
Related Products
Product Inquiry Form
Thanks your message successfully submitted.