RF Products – GPIO LABS

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Ultra Low Noise Amplifier 10 - 6000 MHz with 40 dB Gain; 0.8 dB Noise Figure

Ultra Low Noise Amplifier 10 - 6000 MHz with 40 dB Gain; 0.8 dB Noise Figure

Ultra Low Noise Amplifier 10 - 6000 MHz with 40 dB Gain; 0.8 dB Noise Figure

$48.00

Low Noise Amplifier 10 - 2000 MHz USB Powered with Gain > 20 dB and 0.5 dB Noise Figure

Low Noise Amplifier 10 - 2000 MHz USB Powered with Gain > 20 dB and 0.5 dB Noise Figure

Low Noise Amplifier 10 - 2000 MHz USB Powered with Gain > 20 dB and 0.5 dB Noise Figure

$31.50

RF Pi Attenuator Kit; Design and Build your own RF Attenuator

RF Pi Attenuator Kit; Design and Build your own RF Attenuator

RF Pi Attenuator Kit; Design and Build your own RF Attenuator

$4.80

Low Noise Amplifier 10 - 6000 MHz USB Powered with Gain > 20 dB

Low Noise Amplifier 10 - 6000 MHz USB Powered with Gain > 20 dB

Low Noise Amplifier 10 - 6000 MHz USB Powered with Gain > 20 dB

$29.70

FM Notch Filter 88-108MHz with Enclosure; Excellent Rejection 85dB

FM Notch Filter 88-108MHz with Enclosure; Excellent Rejection 85dB

FM Notch Filter 88-108MHz with Enclosure; Excellent Rejection 85dB

$24.00

433 MHz Filtered Dual Low Noise Amplifier LNA with 40 dB Gain

433 MHz Filtered Dual Low Noise Amplifier LNA with 40 dB Gain

433 MHz Filtered Dual Low Noise Amplifier LNA with 40 dB Gain

$48.00

News

Hydrogen Line (1420 MHz) Pre-filtered LNA

Hydrogen Line (1420 MHz) Pre-filtered LNA

August 5, 2019

Jarek presented his work at the Canada Wide Science Fair on the use of Software-Defined Radio to detect 1420 MHz radio waves from outer space.

Notch Filter Comparisons

Notch Filter Comparisons

August 5, 2019

KIELYDILE has written a Blog post comparing Notch Filters.

Open Source Radio Telescopes

Open Source Radio Telescopes

August 5, 2019

Check out the Open Source Radio Telescopes Project. They use our Red LNA with a bias-tee in their Amplifier Box B.