We're available Monday – Friday, 8:00 AM – 5:00 PM Pacific (Reno, Nevada) · +1 (775) 345-2411

Products

Digital Data Sheet

LNB-12750-02

Low Noise Block Down Converter

A low noise block down converter from the EM Research LNB Series, delivering 2-band. Like every EMR model, the LNB-12750-02 is configurable to your exact requirements.

LNB Series package — LNB-12750-02

Series Features

  • State of the Art noise figure
  • Multi-band capabilities
  • Vibration tolerant
  • Low Phase Noise
  • Multiple, voltage selectable frequency ranges
  • Hermetic Seal
  • 10 MHz or 50 MHz reference

Applied Industries

Aerospace · Satcom

Frequency

LNB-12750-02 frequency bands
BandLowHigh
Band 110.7 GHz11.7 GHz
Band 211.7 GHz12.75 GHz

Electrical Specifications

LNB-12750-02 electrical specifications
VCC11.5 - 19
ICC550 mA

Phase Noise

LNB-12750-02 phase noise
PN @ 1 kHz-85 dBc/Hz
PN @ 10 kHz-90 dBc/Hz
PN @ 100 kHz-95 dBc/Hz

Reference

LNB-12750-02 reference
Reference10 MHz

All specifications are typical unless otherwise specified and subject to change without notice. All models are configurable — contact EM Research for custom frequencies, packages, and screening.

Related Products

DBDC Series Dual Band Block Down Converter

Dual Band Block Down Converter

Frequency range
14.4 GHz – 15.35 GHz
Package size
6.70” x 2.50” x 0.40”
  • Connectorized Package
  • Compact, Rugged Design
  • Dual Band
QLNB Series Quad Band Low-Noise Block Down Converter

Quad Band Low-Noise Block Down Converter

Frequency range
17.7 GHz – 21.2 GHz
Package size
4.22" x 3.85" x 1.00"
  • State of the Art noise figure
  • Multi-band capabilities
  • Quadruple Band
BDC Series Block Down-Converter

Block Down-Converter

Frequency range
3.4 GHz – 30 GHz
  • Connectorized Package
  • Compact, Rugged Design
  • Custom Designs Available

Start Strong with a Trusted Partner.

With decades of RF engineering expertise and a commitment to manufacturing precision, we’ve earned the trust of industry leaders. Partner with us for high-performance, high-quality solutions.