GaAs Push Pull Hybrid 40 - 870MHz 22dB min. Gain @ 870MHz 270mA max. @ 24VDC

DESCRIPTION • Hybrid Push Pull amplifier module employing GaAs dice FEATURES • Excellent linearity • Superior return loss performance • Extremely low distortion • Optimal reliability • Extremely low noise • Unconditionally stable under all terminations APPLICATION • 40 to 870 MHz CATV am

GaAs Push Pull Hybrid 40MHz to 870MHz

GaAs Push Pull Hybrid 40MHz to 870MHz The S8740220P is a Hybrid Push Pull amplifier module. The part employs GaAs die and is operated from 40MHz to 870MHz. It provides excellent linearity and superior return loss performance with low noise and optimal reliability. Features ■ Excellent Linearity

40 - 870 MHz, 22 dB GaAs Push-Pull Hybrid Amplifier

Si Push Pull, 40 - 870MHz, 21.5dB min. Gain @ 870MHz, 235mA max. @ 24VDC

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GaAs Power Doubler Hybrid 40MHz to 870MHz

GaAs Power Doubler Hybrid 40MHz to 870MHz The D8740220GT is a Hybrid Power Doubler amplifier module. The part employs GaAs die and is operated from 40MHz to 870MHz. It provides excellent linearity and superior return loss performance with low noise and optimal reliability. Features ■ Excellent

GaAs Power Doubler Hybrid 40 - 870MHz

DESCRIPTION • Hybrid Power Doubler amplifier module employing GaAs die FEATURES • Excellent linearity • Superior return loss performance • Extremely low distortion • Optimal reliability • Low noise • Unconditionally stable under all terminations APPLICATION • 40 to 870 MHz CATV amplifier

GaAs Power Doubler Hybrid 40MHz to 870MHz

GaAs Power Doubler Hybrid 40MHz to 870MHz The D8740220GTH is a Hybrid Power Doubler amplifier module. The part employs GaAs die and is operated from 40MHz to 870MHz. It provides excellent linearity and superior return loss performance with low noise and optimal reliability. Features ■ Excellent

GaAs Power Doubler, 40 - 870MHz, 22.0dB min. Gain @ 870MHz, 440mA max. @ 24VDC

DESCRIPTION • Hybrid Power Doubler amplifier module with high output capability employing GaAs die FEATURES • Excellent linearity • Superior return loss performance • Extremely low distortion • Optimal reliability • Low noise • Unconditionally stable under all terminations • High output c