Amplifiers & Converters
Amplifiers & Converters | Enhance Satellite Communication Performance
At Esatcom Inc., we offer a comprehensive range of amplifiers and converters from trusted manufacturers to optimize the performance of your satellite communication systems.
Our selection includes BUCs, TWTAs, LNAs, SSPAs, and more, designed to ensure seamless signal transmission, amplification, and conversion across various satellite bands (C, Ku, Ka).
Whether you need frequency converters, power amplifiers, or signal processing solutions, our products help enhance signal quality, reduce noise, and improve system efficiency.
Explore our solutions for broadcasting, telecommunications, remote site communications, and earth stations to ensure robust, high-quality satellite connectivity.
-
Norsat 3100N-sBPF-5
$3,300.00C-Band LNB and Switching Bandpass Filter
3000-sBPF Series
Input Frequency: 3.4–4.2 GHz / 3.9–4.2 GHz
LO Stability: ±10 kHz
Connector: N Type 50 Ohm
Rejection: <3.8 GHz and >4.8 GHz
-
Norsat 3100N-sBPF-6
$3,300.00C-Band LNB and Switching Bandpass Filter
3000-sBPF Series
Input Frequency: 3.4–4.2 GHz / 4–4.2 GHz
LO Stability: ±10 kHz
Connector: N Type 50 Ohm
Rejection: <3.9 GHz and >4.8 GHz
-
Norsat 3200N-sBPF-4
$3,080.00C-Band 5G LNB and Switching Bandpass Filter
3000-sBPF Series
Input Frequency: 3.4–4.2 GHz / 3.8–4.2 GHz
LO Stability: ±25 kHz
Connector: N Type 50 Ohm
Rejection: <3.7 GHz and >4.8 GHz
-
Norsat 3500N-sBPF-4
$2,860.00C-Band 5G LNB and Switching Bandpass Filter
3000-sBPF Series
Input Frequency: 3.4–4.2 GHz / 3.8–-4.2 GHz
LO Stability: ±100 kHz
Connector: N Type 50 Ohm
Rejection: <3.7 GHz and >4.8 GHz
-
Norsat 3500N-sBPF-5
$2,860.00C-Band 5G LNB and Switching Bandpass Filter
3000-sBPF Series
Input Frequency: 3.4–4.2 GHz / 3.9–4.2 GHz
LO Stability: ±100 kHz
Connector: N Type 50 Ohm
Rejection: <3.8 GHz and >4.8 GHz
-
Norsat 3500N-sBPF-6
$2,860.00C-Band 5G LNB and Switching Bandpass Filter
3000-sBPF Series
Input Frequency: 3.4–4.2 GHz / 4–4.2 GHz
LO Stability: ±100 kHz
Connector: N Type 50 Ohm
Rejection: <3.9 GHz and >4.8 GHz
