
ETL Systems
ETL Systems A-VGAL1-3030 L-Band Variable Gain Amplifier
Request a quote at Contact@orbitalconnect.com or +1.888.218.9394
The ETL Systems A-VGAL1-3030 is a compact, in-line powered L-band variable gain amplifier designed for applications such as satellite communications, RF distribution, and broadcast systems. It offers adjustable gain and multiple RF connector options to suit various system requirements.
Available with RF connector options: 50 Ω SMA, 50 Ω N-type, 50 Ω BNC, 75 Ω BNC and 75 Ω F-type.
Key Features:
- Passes DC and blocks 10MHz
- Gain selectable from 0 to 30dB in 1dB gain steps
- Requires 8-24V inline Bias
SKU | Freq. Low | Freq. High | Freq. Unit | Output P1dB Typ. (dBm) | OIP3 Typ. (dBm) | Noise Figure Typ. (dB) | DC Supply Voltage |
A-VGAL1-3030-B5B5 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-F7F7 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-B7B7 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-N5N5 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-S5S5 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
The ETL Systems A-VGAL1-3030 is a compact, in-line powered L-band variable gain amplifier designed for applications such as satellite communications, RF distribution, and broadcast systems. It offers adjustable gain and multiple RF connector options to suit various system requirements.
Available with RF connector options: 50 Ω SMA, 50 Ω N-type, 50 Ω BNC, 75 Ω BNC and 75 Ω F-type.
Key Features:
- Passes DC and blocks 10MHz
- Gain selectable from 0 to 30dB in 1dB gain steps
- Requires 8-24V inline Bias
SKU | Freq. Low | Freq. High | Freq. Unit | Output P1dB Typ. (dBm) | OIP3 Typ. (dBm) | Noise Figure Typ. (dB) | DC Supply Voltage |
A-VGAL1-3030-B5B5 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-F7F7 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-B7B7 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-N5N5 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |
A-VGAL1-3030-S5S5 | 850MHz | 2150MHz | MHz | 18 | 27 | 12 | +12V |