ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These...

32

Transcript of ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These...

Page 1: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 2: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 3: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 4: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 5: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 6: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 7: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 8: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 9: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 10: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 11: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 12: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 13: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 14: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 15: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 16: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 17: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 18: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 19: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 20: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 21: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 22: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 23: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 24: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 25: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 26: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 27: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 28: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 29: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 30: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 31: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,
Page 32: ic-245e - G3UPA · designed 1st mixer circuit and the helical cavities used in the IC-245E. These same elements provide great selectivity for binary signals, and maintain a high,