V-Band x4 Frequency Multiplier 934VF-15/385, WR-15, x4 Multiplier, 50 GHz - 75 GHz, 15dBm Output Power Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers
V-Band x4 Frequency Multiplier 934VF-10/385, WR-15, x4 Multiplier, 50 GHz - 75 GHz, 10dBm Output Power Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our V-band
U-Band x4 Frequency Multiplier 934UF-10/383, WR-19, x4 Multiplier, 40 GHz - 60 GHz, 10dBm Output Power Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our
E-Band x4 Frequency Multiplier 934EF-20/387, WR-12, x4 Multiplier, 60 GHz - 90 GHz, 20dBm Output Power Description: Mi-Wave’s 93(x) Series Active Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our E-band Multipliers
Q-Band x4 Frequency Multiplier 934BF-13/383, WR-22, x4 Multiplier, 33 GHz – 50 GHz, 13dBm Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our Q-band Multipliers
Cross Band x2 Frequency Multiplier 932-10/20/10/SMAF-2, x2 Multiplier, 10 GHz to 20 GHz, 7-10dBm Output Power Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our
Q-Band x4 Frequency Multiplier 934BF-10/383, WR-22, High Output Power 10dBm, 33 GHz - 50 GHz Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our Q-band Multipliers
K-Band x2 Frequency Multiplier 932KF-30/3.5mmF, WR-42, x2 Multiplier, 18 GHz - 26.5 GHz, 30dBm Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our K-band Multipliers are for the spectrum
K-Band x2 Frequency Multiplier 932KF/10, WR-42, 10dBm Output Power Description: Mi-Wave’s 93(x) Series Active Frequency Multipliers utilize high performance MMIC chips for frequency multiplication and amplification. More configurations are available under different model numbers. Contact our sales engineers with your specific multiplier needs. Outline Drawing Test Data Multipliers Our K-band Multipliers are for the spectrum in the millimeter wave
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