Block Down Converter LO 3.35 GHz is an RF frequency down converter and S-band to L-band down converter for converting 2.0-2.4 GHz signals to the 950-1350 MHz intermediate frequency range. This 3.35 GHz LO block down converter provides 30 dB gain, effective ALC, and extended dynamic range for filtered RF to IF conversion.
This compact block down converter features a built-in front-end Band Pass Filter that removes unwanted signals and noise, while a low-pass filter suppresses image channel and local oscillator signals. It has an N-Type Female connector, +12 to +24 VDC supply, and a compact case that protects it from dust and moisture for reliable use.
Technical Specifications of Block Down Converter 2.0-2.4 GHz to 950-1350 MHz
Block Down Converter LO 3.35 GHz is a Block Down Converter, BDC, and RF frequency down converter designed for RF signal gaining and transforming from S-band to L-band intermediate frequencies. This S-band to L-band down converter converts 2.0-2.4 GHz input signals to the 950-1350 MHz output range and works as a 2.0-2.4 GHz RF to 950-1350 MHz IF converter for intermediate frequency signal conversion.
This 3.35 GHz LO block down converter provides minimum 30 dB gain, minimum 25 dB ALC range, and a highly stable local oscillator with ± 1 ppm stability. As a compact block down converter with built-in filtering, it includes a built-in front-end Band Pass Filter that removes unwanted signals and noise, while a low-pass filter suppresses image channel and local oscillator signals. The unit also features N-Type Female connection, maximum 3.0 W power consumption, and a compact case protected from dust and moisture.
Key Features of Block Down Converter LO 3.35 GHz, 30 dB
RF to IF conversion
- Converts 2.0-2.4 GHz signals to 950-1350 MHz
- Supports S-band to L-band frequency conversion
- Works as an intermediate frequency down converter
Stable LO and gain
- 3.35 GHz local oscillator
- LO stability: ± 1 ppm
- Minimum gain: 30 dB
- Effective ALC system with 25 dB minimum range
Built-in filtering
- Built-in front-end Band Pass Filter
- Removes unwanted signals and noise
- Low-pass filter suppresses image channel and local oscillator signals
Compact protected construction
- N-Type Female connector
- Compact size: 115x68x24 mm
- Protected from dust and moisture
- Tiny and reliable design
Applications
RF signal conversion
- Converting RF signals from S-band to L-band
- Converting 2.0-2.4 GHz signals to 950-1350 MHz
- Intermediate frequency signal conversion
Receiver front-end use
- Receiver front-end down converter
- RF to IF converter for compatible receiver systems
- Communication receiver down converter
Professional RF systems
- RF monitoring and receiving systems
- Spectrum receiver down converter applications
- Professional RF down converter use
Compatibility of Block Down Converter 2.0-2.4 GHz to 950-1350 MHz, N-Type Female, +12 to +24 VDC
Frequency compatibility
- Input: 2.0-2.4 GHz
- Output: 950-1350 MHz
- Suitable for S-band to L-band IF conversion
Interface compatibility
- N-Type Female connector
- Compatible with systems using N-Type Female RF connection
Power compatibility
- Input voltage: +12…+24 VDC
- Maximum power consumption: 3.0 W
How It Works❓
A Block Down Converter shifts incoming S-band RF signals in the 2.0-2.4 GHz range down to the 950-1350 MHz intermediate frequency range using a mixer and a 3.35 GHz local oscillator. In this model, a built-in front-end Band Pass Filter removes unwanted signals and noise, while a low-pass filter suppresses image channel and local oscillator signals for stable RF to IF conversion.
Why Choose the Block Down Converter 2.0-2.4 GHz to 950-1350 MHz, LO 3.35 GHz, 30 dB, N-Type Female, +12 to +24 VDC❓
👉Choose this converter when you need a 2.0-2.4 GHz to 950-1350 MHz RF frequency down converter with 30 dB gain, a highly stable 3.35 GHz LO, effective ALC, built-in Band Pass Filter, low-pass filtering, N-Type Female connection, and +12 to +24 VDC operation in a compact protected case.
Order on our website today – get your personal discount 🤝
If you have any questions – contact our manager: we are always ready to find the exact parameters according to your telecommunication needs.📞
