1 / 10

Coax21_18

Coax21_18. Match to TE 01 coaxial DLG. Filter. 3 cm---. 1 cm---. Inner conductor. v g /c=3 %. BW=150 MHz. S 11. filter. S 12. Coaxial TE 01 DLG Load. Coax50 .180. Vg/c=3 %. BW=180 MHz. Inner conductor. .5m. f_im=5.71 MHz. =8.0 MHz. Bw=90 MHz. filter. attenuator.

thaddeus-nicoli
Download Presentation

Coax21_18

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Coax21_18 Match to TE01 coaxial DLG Filter 3 cm--- 1 cm--- Inner conductor vg/c=3 % BW=150 MHz S11 filter S12

  2. Coaxial TE01 DLG Load Coax50.180 Vg/c=3 % BW=180 MHz Inner conductor .5m f_im=5.71 MHz =8.0 MHz Bw=90 MHz filter attenuator

  3. TE01 coaxial DLG load or atten. Co66-167 v_g/c=4 % Inner conductor f_im=5.7 MHz =8.0 MHz 20db Bw=130 MHz 26dB filter attenuator

  4. TE01 coaxial DLG load or attenuator co66-167 v_g/c = 4 % Inner conductor Load f_im=5.7 MHz =8.0 MHz 26dB Attenuator 14 dB

  5. Coax50_167 TE01 coaxial DLG load or attenuator V_g/c = 4 % Inner conductor f_im=5.7 MHz =8 MHz Bw=130 MHz 26 dB Attenuator 14dB

  6. cova150 TE01 coaxial DLG load or attenuator Inner conductor Bw=250 MHz Fim=5.7 MHz and 8.0 MHz Vg=5 [%c] Bw=150 MHz 20dB

  7. Co44-167 Coaxial TE01 DLG load Vg= 4 [%c] Inner conductor Fim=5.71 MHz =8.5 MHz

  8. Coaxial TE01 DLG load or attenuator Co54.167 Vg= 4 [%c] Inner conductor Load Fim=5.71 MHz=8.0 MHz 12 dB attenuator

  9. zdf/match3 TE01 circular to coax match Inner conductor

  10. co150 TE01 coax load Fim=5.7 MHz =8.5 MHz Inner conductor

More Related