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Page 1: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)

This booklet was developed by Hallicrafters to aid in

matching their exciters and transmitters to their linear

amplifiers.

Page 2: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 3: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 4: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 5: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 6: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 7: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 8: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 9: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 10: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)
Page 11: This booklet was developed by Hallicrafters to aid in ... · metrical 'T" network are as followg: Attenuation in decibels = 10 loglO N where: Z is the terminal impedance (resistive)

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