H-Band, 170 - 260 GHz, 2-Way Power Divider | Combiner | Magic Hybrid Tee 635H/387, Isolation (E-H) 25dB, Insertion Loss 3.0dB Description: Mi-Wave’s 635 Series E/H Hybrid and Magic Tees consist of three mutually perpendicular flanged sections of a standard waveguide. Two of these sections are symmetrically located on the broad and narrow walls of the main tee section to provide E-plane and H-plane connections. The internal geometry of these hybrids provides a

G-Band, 140 - 220 GHz, 2-Way Power Divider | Combiner | Magic Hybrid Tee 635G/387, Isolation (E-H) 25dB, Insertion Loss 2.5dB Description: Mi-Wave’s 635 Series E/H Hybrid and Magic Tees consist of three mutually perpendicular flanged sections of a standard waveguide. Two of these sections are symmetrically located on the broad and narrow walls of the main tee section to provide E-plane and H-plane connections. The internal geometry of these hybrids provides a

F-Band, 90 - 140 GHz, 2-Way Power Divider | Combiner | Magic Hybrid Tee 635F/387, Isolation (E-H) 30dB, Insertion Loss 1.7dB Description: Mi-Wave’s 635 Series E/H Hybrid and Magic Tees consist of three mutually perpendicular flanged sections of a standard waveguide. Two of these sections are symmetrically located on the broad and narrow walls of the main tee section to provide E-plane and H-plane connections. The internal geometry of these hybrids provides a

Q-Band, 33 - 50 GHz, 2-Way Power Divider | Combiner | Magic Hybrid Tee 635B/383 || 635B/719, Isolation (E-H) 30dB, Insertion Loss 0.7dB Description: Mi-Wave’s 635 Series E/H Hybrid and Magic Tees consist of three mutually perpendicular flanged sections of a standard waveguide. Two of these sections are symmetrically located on the broad and narrow walls of the main tee section to provide E-plane and H-plane connections. The internal geometry of these hybrids

Ka-Band, 26.5 - 40 GHz, 2-Way Power Divider | Combiner | Magic Hybrid Tee 635A/599, Isolation (E-H) 20dB, Insertion Loss 0.7dB Description: Mi-Wave’s 635 Series E/H Hybrid and Magic Tees consist of three mutually perpendicular flanged sections of a standard waveguide. Two of these sections are symmetrically located on the broad and narrow walls of the main tee section to provide E-plane and H-plane connections. The internal geometry of these hybrids provides a