System 8000 Fiber-Optic Interfacility Links

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System 8000 Fiber-Optic Iterfacility Liks Desiged to iterface directly with earth statio equipmet, the multifaceted System 8000 iterfacility lik offers a wide variety of uique, site-specific

1 System 8000 Fiber-Optic Iterfacility Liks Desiged to iterface directly with earth statio equipmet, the multifaceted System 8000 iterfacility lik offers a wide variety of uique, site-specific itercoectivity solutios for satellite earth statios. Features Sigle thread, 1:1, ad 1:2 redudacy EIRP moitorig capability RS-232 or RS-485 serial iterface RS-232 or RS-422 data lik RFI/EMI immuity CE approved Applicatios C-, exteded C-, X-, ad Ku-bad earth statios IF ad L-bad IFLs Rai-fade site diversity Descriptio The system 8000 fiber-optic iterfacility liks represet a comprehesive ad simplified approach to satellite earth statio sigal maagemet ad cotrol. Essetially, the system is desiged to brig microwave techology ito the 21 st Cetury by covertig microwave sigals ito cotiuously variable amplitude-modulated optical sigals. Cosistig of a high-performace, highly flexible family of fiber-optic trasmitter ad receiver plug-is, system 8000 allows both microwave ad RF sigals to be trasmitted over log distaces through fiberoptic cable, ad thereby elimiates the eed for coaxial ad waveguide itercoectios. A fiberoptic lik betwee the cotrol room ad atea site allows for coveiet remote moitorig ad cotrol as well. The system ca be tailored for a wide rage of trasmit/receive frequecy bads ad offers a extesive selectio of uique, site-specific itercoectivity solutios for satellite earth statios, icludig: Cofigurable 19 i. x 3u (5.25 i.) equipmet chassis that icludes redudat power supplies; redudacy switchig optios: sigle thread, 1:1, ad 1:2; ad selectable serial iterfaces, RS-232 or RS-485. Ecoomical 70 MHz/140 MHz liks for uplik atea remotig, dowcoverter output distributio, ad itersite coectios for backup or atea diversity. L-bad liks cover the 950 MHz2050 MHz ad ca be used for block dowcoverted C-, exteded C-, X-, or Ku-bad sigals, or for L-bad Imarsat trasmit ad receive applicatios. C-, exteded C-, X-, ad Ku-bad uplik ad dowlik systems carry the mai trasmit ad receive sigals betwee the cotrol room ad the atea site.

2 System 8000 Fiber-Optic Iterfacility Liks Descriptio (cotiued) Remote RF moitor liks measure the composite uplik sigal at the uplik EIRP moitor coupler located at the atea s iput feed flage. Moitor ad cotrol data lik provides a full-duplex, fiber-optic path for either RS-232C or RS-422 data for the earth statio s moitor ad cotrol system. Status iformatio, icludig alarms ad warigs, is idicated by frot pael LEDs ad through stadard system moitor ad cotrol serial data ports o the chassis rear pael. Absolute Maximum Ratigs Stresses i excess of the absolute maximum ratigs ca cause permaet damage to the device. These are absolute stress ratigs oly. Fuctioal operatio of the device is ot implied at these or ay other coditios i excess of those give i the operatioal sectios of the data sheet. Exposure to absolute maximum ratigs for exteded periods ca adversely affect device reliability. Symbol Mi Max Uit Operatig Temperature Rage TC 0 50 C Storage Temperature Rage Tstg C Power Requiremets: 8001A Chassis With 8010A (Factory Set) Status ad Cotrol Plug Trasmitter Plug-i Receiver Plug-i 115/60 230/ Vac/Hz W W W RF Iput RFIN 2 V Surge Protectio* Humidity, Nocodesig RH 5 95 % *A 500 V trasiet developed across 100 pf is discharged through 1500 Ω to each coector pi without damagig the system. Typical Block Diagram As idicated i the block diagram below, the iput ad output amplifiers are itegral to the system The tables preseted throughout the followig sectios, however, give the expected performace of each fuctioal block i the lik with respect to their correspodig performace bads, icludig 70 MHz140 MHz, L-bad, ad C-, X-, ad Ku-bad iterfacility liks. These specificatios, alog with those for remote RF sigal moitor iterfacility liks ad fiber-optic data liks, are preseted to aid i geeratig level diagrams for overall system aalysis. REDUNDANCY SWITCHING UNIT (RSU) INPUT AMP FIBEROPTIC LINK OUTPUT AMP REDUNDANCY SWITCHING UNIT (RSU) RF IN LOSS = 4 NF = 4 LOSS = 2 NF = 2 RF OUT 2 ORTEL a Divisio of EMCORE

3 System 8000 Fiber-Optic Iterfacility Liks 70 MHz/140 MHz Iterfacility Lik Specificatio These liks are desiged to itercoect the up- ad dowcoverters with the satellite modems or video exciters ad demodulators. They are specified to meet ad exceed Itelsat requiremets to 70 km. They are ideal for itercoectios o site, to ad from a diverse atea site ad for local access betwee a teleport ad the ed user. The 70 MHz/140 MHz liks are available as oredudat or 1:1 redudat liks oly. Table MHz/140MHz Iterfacility Lik Specificatio: 8603A Tx/8604A Rx, Optios -001, -002, -050 Specificatio Symbol Mi Typ Max Uit Passbad MHz Optical Loss LOPT 0 30 Nomial RF Iput at Max Iput Gai RFIN 22 m Lik Gai ( 2 LOPT; 6 with Redudacy G Switchig): 8603A/8604A 8603A-001/8604A A-001/8604A 8603A-002/8604A Flatess ±0.25/40 /MHz Gai Slope 0.02 /MHz Gai Stability at Costat Temperature GT ±0.15/24 /hr Noise Figure at Max Iput Gai (Add 4 with Redudacy Switchig): 8603A 8603A-001/8603A-002 Liearity (Third-Order Itermodulatio Products Max Iput Gai, PIN = 27 m/carrier for Two Equilevel Carriers) Group Delay: Peak-to-Peak Liear Parabolic Iput/Output Impedace: Stadard Optio 050 * Spur-free dyamic rage (SFDR) = 2/3(IP3 NF ) /Hz 2/3 ; IP3 = iput third-order itercept, NF = oise figure. SFDR is the rage where the carrier is above the oise ad the third IM is below the oise, C/I = 2x(IP3 PIN), where PIN = iput RF/carrier for two carriers. NF 25 (1) 38 (10) 28 (10) 34 (24) 37 (40) 52 (65) (km) (km) (km) (km) (km) (km) C/I = 60 Z s s/mhz s/mhz 2 Iput/Output VSWR 1.3:1 Spur-Free Dyamic Rage* SDFR RF Coector BNC Optical Fiber 1310 m, Sigle Mode Optical Coector FC/APC (Tight-fit Keyig), Retur Loss > 60 Absolute Maximum RF Iput (Max Iput Gai) RFIN MAX 5 m Ω Ω ORTEL a Divisio of EMCORE 3

4 System 8000 Fiber-Optic Iterfacility Liks 70 MHz/140 MHz Iterfacility Lik Specificatio (cotiued), Table MHz/140 MHz Iterfacility Lik: 8603A Tx ad 8604A Rx, (0 km to 10 km) Symbol Iput Amp Fiber-Optic Lik 8063A Output Amp 8064A System (without RSU) Mi Max Typ Typ Mi Max Gai G LOPT 21 2 LOPT 9 2 LOPT Noise Figure 0 km 10 km Output IP3 0 km, 0.5 LOPT 10 km, 5 LOPT NF Uit Table MHz/140 MHz Iterfacility Lik: 8603A-001 Tx ad 8604A-002 Rx (10 km to 30 km); 8603A-001 Tx ad 8604A Rx (25 km to 45 km); 8603A-002 Tx ad 8604A-001 Rx (45 km to 70km) Paramete r Symbol Iput Amp Fiber-Optic Lik 8063A-001/8603A-002 Fixed Output Amp Typ Uit Mi Max Typ 8604A A 8604A-001 Gai G LOPT Noise Fig. NF (10) 55 (30) 54 (25) 59 (45) 57 (40) 71 (65) (km) OutPut IP LOPT m 4 ORTEL a Divisio of EMCORE

5 System 8000 Fiber-Optic Iterfacility Liks L-Bad Iterfacility Lik Specificatios The L-bad liks ca carry a dowcoverted C-, X-, or Ku-bad polarizatio. They ca also carry the L-bad trasmit or receive sigals for a satellite mobile commuicatios feederlik statio for systems such as Imarsat. Each lik is desiged to meet ad exceed all of the requiremets for use i Itelsat Stadard A ad C earth statios eve uder the highest sigal-loadig coditios. The liks are especially useful for routig sigals to ad from a diverse atea site. Oe fiber is used i sigle-strad liks ad two are used i 1:1 redudat paths. Optioally, the path may share a fiber-optic lik with aother path i 1:2 redudat cofiguratios. Table 4: L-Bad Iterfacility Lik Specificatios: 8710A Tx ad 8720A Rx Specificatio Symbol Mi Typ Max Uit Passbad MHz Optical Loss Budget LOPT >6 Nomial RF Iput at Max Iput Gai RFIN 30 m Lik Gai ( 6 with Redudacy Switchig) G Flatess ±0.2/48 ±1.0/500 /MHz /MHz Gai Slope 0.02 /MHz Gai Stability at Costat Temperature GT ±0.15/24 /hr Noise Figure at Max Iput Gai NF 20 (Add 4 with Redudacy Switchig) Spur-Free Dyamic Rage* SDFR 96 /Hz 2/3 Group Delay: Peak-to-Peak Liear Parabolic s s/mhz s/mhz 2 Iput/Output Impedace Z 50 Ω Iput/Output VSWR 1.5:1 RF Coector N Jack Optical Fiber 1310 m, Sigle Mode Optical Coector FC/APC (Tight-fit Keyig), Retur Loss > 60 Absolute Maximum RF Iput (Max Iput Gai) RFIN MAX 15 m * Spur-free dyamic rage (SFDR) = 2/3(IP3 NF ) /Hz 2/3 ; IP3 = iput third-order itercept, NF = oise figure. SFDR is the rage where the carrier is above the oise ad the third IM is below the oise, C/I = 2x(IP3 PIN), where PIN = iput RF/carrier for two carriers. Typical L-Bad Performace Table 5. L-Bad Iterfacility Lik Specificatios: 8710ATx ad 8720A (6 Optical Loss Budget) Symbol Iput Amp Fiber-Optic Lik Output Amp System (without RSU) Mi Max Typ Mi Max Mi Max Gai G Noise Figure NF Output TOI m Uit ORTEL a Divisio of EMCORE 5

6 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios These liks carry the mai trasmit ad receive sigals betwee the equipmet room ad the atea site. Each fiber-optic path carries oe etire polarizatio. Oe fiber is used i sigle strad liks ad two are used i 1:1 redudat paths. Or, the path may share a fiber-optic lik with aother path i 1:2 redudat cofiguratios. Each lik is desiged to meet ad exceed all of the requiremets for use i Itelsat Stadard A earth statios, eve uder coditios of heaviest sigal loadig. Typical C-Bad Performace Table 6. C-, Exteded C-, X-, ad Ku-Bad Iterfacility Lik Specificatios: Uplik Path, 8810A Tx/8820A Rx; Dowlik Path, 8810B Tx/8820B Rx Passbad: 8810A Tx/8820A Rx 8810A-E08 Tx/8820A-E B Tx/8820B Rx 8810B-E05 Tx/8820B-E06 Optical Loss Budget: 1310 m 1550 m Nomial RF Iput at Max Iput Gai: 8810A Tx/8820A Rx 8810B Tx/8820B Rx Lik Gai ( 6 With Redudacy Switchig): 8810A Tx/8820A Rx 8810B Tx/8820B Rx Specificatio Symbol Mi Typ Max Uit GHz GHz GHz GHz LOPT RFIN G Flatess ±0.2/48 ±0.7/500 /MHz /MHz Gai Slope 0.02 /MHz Gai Stability at Costat Temperature GT ±0.15/24 /hr Noise Figure at Max Iput Gai NF (Add 4 with Redudacy Switchig): 8810A Tx/8820A Rx 8810B Tx/8820B Rx Spur-Free Dyamic Rage:* 8810A Tx/8820A Rx 8810B Tx/8820B Rx Group Delay: Peak-to-Peak Liear Parabolic SDFR m m /Hz 2/3 /Hz 2/3 s s/mhz s/mhz 2 Iput/Output Impedace Z 50 Ω Iput/Output VSWR 1.35:1 * Spur-free dyamic rage (SFDR) = 2/3(IP3 NF ) /Hz 2/3 ; IP3 = iput third-order itercept, NF = oise figure. SFDR is the rage where the carrier is above the oise ad the third IM is below the oise, C/I = 2x(IP3 PIN), where PIN = iput RF/carrier for two carriers. 6 ORTEL a Divisio of EMCORE

7 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios (cotiued) Typical C-Bad Performace (cotiued) Table 6. C-, Exteded C-, X-, ad Ku-Bad Iterfacility Lik Specificatios: Uplik Path, 8810A Tx/8820A Rx; Dowlik Path, 8810B Tx/8820B Rx (cotiued) Specificatio RF Coector N Jack Symbol Mi Typ Max Uit Optical Wavelegth: 8810A Tx/8820A Rx 8810A-E08 Tx/8820A-E B Tx/8820B Rx 8810B-E05 Tx/8820B-E A-E03 Tx/8820A Rx 8810A-E03 Tx/8820A-E B-E04 Tx/8820B Rx 8810B-E04 Tx/8820B-E06 * Spur-free dyamic rage (SFDR) = 2/3(IP3 NF ) /Hz 2/3 ; IP3 = iput third-order itercept, NF = oise figure. SFDR is the rage where the carrier is above the oise ad the third IM is below the oise, C/I = 2x(IP3 PIN), where PIN = iput RF/carrier for two carriers. Sigle-mode fiber. λ Optical Coector FC/APC (Tight-fit Keyig), Retur Loss > 60 Absolute Maximum RF Iput (Max Iput Gai): 8810A Tx/8820A Rx 8810B Tx/8820B Rx RFIN MAX Table 7. C-Bad Uplik Specificatios: 8810A Tx ad 8720A Rx (6 Optical Loss Budget) 5 10 m m m m m m m m m m Symbol Iput Amp Fiber-Optic Lik Output Amp System (without RSU) Uit Mi Max Typ Mi Max Mi Max Gai G Noise Figure NF Output TOI Table 8. C-Bad Dowlik Specificatios: 8810B Tx ad 8820B Rx (6 Optical Loss Budget) Symbol Iput Amp Fiber-Optic Lik Output Amp System (without RSU) Uit Mi Max Typ Mi Max Mi Max Gai G Noise Figure NF Output TOI ORTEL a Divisio of EMCORE 7

8 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios (cotiued) Typical C-Bad Performace (cotiued) Table 9. Sample Lik Aalysis: Dowlik GT Atea Diameter 18 m Atea Efficiecy 74 % Atea Temperature 65 K Feed Loss 0.15 LNA Gai 50 LNA Temperature 35 K Cable Loss ito IFL 4 Total Power ito IFL 20.5 m Fiber-optic IFL Gai 5.2 m Fiber-optic IFL Noise Figure 26.4 IFL Two-Toe Third IM 51.4 c Output Loss (Splitter) 12 Dowcoverter Iput Chael 39.2 m Dowcoverter Noise Figure 17 System G/T / K G/T Without Fiber-optic IFL / K Table 10. Sample Lik Aalysis: Fiber-Optic IFL Cotributio to Uplik Path EIRP Specificatio Uit Frequecy 4.0 GHz Total Power Flux Desity W/m 2 Specificatio Uit Frequecy 6.0 GHz Number of Chaels 4 Chael Noise Badwidth 32 MHz IFL RF Iput/Chael 15 m Fiber-optic IFL Gai 3.4 m Fiber-optic IFL Noise Figure 34 IFL Output IP3 13 m Cable Loss 8.0 Atea Diameter 18 m Atea Gai 59.6 EIRP/Chael 88 W Noise EIRP 1.2 W/4 khz IM EIRP 5.4 W/4 khz 8 ORTEL a Divisio of EMCORE

9 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios (cotiued) Typical X-Bad Performace (cotiued) Table 11. X-Bad Iterfacility Lik Specificatios: 8850A Tx ad 8860A Rx Specificatio Symbol Mi Typ Max Uit Passbad GHz Optical Loss Budget LOPT 6 Nomial RF Iput at Max Iput Gai RFIN 30 m Lik Gai ( 6 with Redudacy Switchig) G 9 11 Flatess ±0.25 /48 ±0.75/500 /MHz /MHz Gai Slope 0.02 /MHz Gai Stability at Costat Temperature GT ±0.15/24 /hr Noise Figure at Max Iput Gai NF 26 (Add 4 with Redudacy Switchig) Spur-Free Dyamic Rage* SDFR 92 /Hz 2/3 Group Delay: Peak-to-Peak Liear Parabolic s s/mhz s/mhz 2 Iput/Output Impedace Z 50 Ω Iput/Output VSWR 1.35:1 RF Coector N Jack Optical Fiber 1310 m, sigle mode Optical Coector FC/APC (Tight-fit Keyig), Retur Loss > 60 Absolute Maximum RF Iput (Max Iput Gai) RFIN MAX 15 m * Spur-free dyamic rage (SFDR) = 2/3(IP3 NF ) /Hz 2/3 ; IP3 = iput third-order itercept, NF = oise figure. SFDR is the rage where the carrier is above the oise ad the third IM is below the oise, C/I = 2x(IP3 PIN), where PIN = iput RF/carrier for two carriers. ORTEL a Divisio of EMCORE 9

10 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios (cotiued) Typical X-Bad Performace (cotiued) Table 12. X-Bad Specificatios: 8850A Tx ad 8860A Rx (6 Optical Loss Budget) Symbol Iput Amp Fiber-Optic Lik Output Amp System (without RSU) Mi Max Typ Mi Max Mi Max Gai G Noise Figure NF Output TOI Uit Table 13. Sample Lik Aalysis: Dowlik GT Specificatio Uit Frequecy 7.75 GHz Total Power Flux Desity 120 W/m 2 Atea Diameter 11.6 m Atea Efficiecy 70 % Atea Temperature 30 K Feed Loss 0.2 LNA Gai 50 LNA Temperature 50 K Cable Loss ito IFL 6 Total Power ito IFL 2.9 m Fiber-optic IFL Gai 11.5 m Fiber-optic IFL Noise Figure 25.1 IFL Two-Toe Third IM 44.1 c Output Loss (Splitter) NA Dowcoverter Iput Chael 28.3 m Dowcoverter Noise Figure 17 System G/T / K G/T Without Fiber-optic IFL / K 10 ORTEL a Divisio of EMCORE

11 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios (cotiued) Typical Ku-Bad Performace (cotiued) Table 14. Ku-Bad Iterfacility Lik Specificatios: Uplik Path, 8910A Tx/ 8920A Rx; Dowlik Path, 8910B Tx/ 8920B Rx Passbad: Uplik,8910A Tx/8920A Rx Dowlik,8910B Tx/8920B Rx Dowlik,8910B-E01 Tx/8920B-E01 Rx Specificatio Symbol Mi Typ Max Uit GHz GHz GHz Optical Loss Budget LOPT 6 Nomial RF Iput at Max Iput Gai: RFIN 8910A Tx/8920A Rx 8910B Tx/8920B Rx m m Lik Gai ( 6 with Redudacy Switchig): 8910A Tx/8920A Rx 8910B Tx/8920B Rx * Spur-free dyamic rage (SFDR) = 2/3(IP3 NF ) /Hz 2/3 ; IP3 = iput third-order itercept, NF = oise figure. SFDR is the rage where the carrier is above the oise ad the third IM is below the oise, C/I = 2x(IP3 PIN), where PIN = iput RF/carrier for two carriers. G 9 16 ±0.2/48 ±0.7/ /MHz /MHz Flatess Gai Slope 0.02 /MHz Gai Stability at Costat Temperature GT ±0.15/24 /hr Noise Figure at Max Iput Gai (Add 4 with Redudacy Switchig): 8910A Tx/8920A Rx 8910B Tx/8920B Rx Spur-Free Dyamic Rage:* 8910A Tx/8920A Rx 8910B Tx/8920B Rx NF SDFR /Hz 2/3 /Hz 2/3 Group Delay: Peak-to-Peak Liear Parabolic s s/mhz s/mhz 2 Iput/Output Impedace Z 50 Ω Iput/Output VSWR 1.35:1 RF Coector SMA Optical Fiber 1310 m, Sigle Mode Optical Coector FC/APC (Tight-fit Keyig), Retur Loss > 60 Absolute Maximum RF Iput (Max Iput Gai) RFIN MAX 15 m ORTEL a Divisio of EMCORE 11

12 System 8000 Fiber-Optic Iterfacility Liks C-Bad, Exteded C-Bad, X-Bad, ad Ku-Bad Iterfacility Lik Specificatios (cotiued) Typical Ku-Bad Performace (cotiued)) Table 15. Ku-Bad Iterfacility Lik Specificatios: Uplik Path, 8910A Tx/ 8920A Rx (6 Optical Loss Budget) Symbol Iput Amp Fiber-Optic Lik Output Amp System (without RSU) Mi Max Typ Mi Max Mi Max Gai G Noise Figure NF Output TOI Uit Table 16. Ku-Bad Iterfacility Lik Specificatios: Uplik Path, 8910B Tx/ 8920B Rx (6 Optical Loss Budget) Symbol Iput Amp Fiber-Optic Lik Output Amp System (without RSU) Mi Max Typ Mi Max Mi Max Gai G Noise Figure NF Output TOI Uit Table 17. Sample Lik Aalysis: Dowlik G/T Atea Diameter 10 m Atea Efficiecy 74 % Atea Temperature 48 K Feed Loss 0.15 LNA Gai 50 LNA Temperature 70 K Cable Loss ito IFL 3 Total Power ito IFL 22.7 m Fiber-optic IFL Gai 5.9 m Fiber-optic IFL Noise Figure 30.4 IFL Two-Toe Third IM 51.0 c Output Loss (Splitter) 8 Dowcoverter Iput Chael 27.8 m Dowcoverter Noise Figure 17 System G/T 37.9 / K G/T without Fiber-optic IFL 38.1 / K Table 18. Sample Lik Aalysis: Fiber-Optic IFL Cotributio to Uplik Path EIRP Specificatio Uit Frequecy 11.2 GHz Total Power Flux Desity 116 W/m 2 Specificatio Uit Frequecy 14.0 GHz Number of Chaels 4 Chael Noise Badwidth 32 MHz IFL RF Iput/Chael 25 m Fiber-optic IFL Gai 5.3 m Fiber-optic IFL Noise Figure 31.0 IFL Output IP3 5.7 m Cable Loss 8.0 HPA Gai 77.0 Atea Diameter 11 m Atea Gai 62.6 EIRP/Chael 82 W Noise EIRP 0.0 W/4 khz IM EIRP 0.6 W/4 khz 12 ORTEL a Divisio of EMCORE

13 System 8000 Fiber-Optic Iterfacility Liks Remote RF Sigal Moitor Iterfacility Lik Specificatios These liks brig the uplik RF test ports located at the atea site back to the equipmet room or cotrol room. This permits the operator to moitor the composite trasmitted RF sigals coveietly, quickly, ad reliably without havig to go to the atea site or ivest i a spectrum aalyzer for every atea site. I applicatios where the system 8000 is beig used for the mai sigal paths, these liks ca be icluded as plug-is i the mai chassis. Or, the uplik RF moitor liks ca be added to a existig earth statio with all the output ports i oe chassis i the cotrol room. Table 19. RF Sigal Moitor Iterfacility Lik Specificatios: C-Bad, 8483A Tx; Ku-Bad 8493A Tx Specificatio Symbol Mi Typ Max Uit Passbad: C-Bad, 8483A Tx Ku-Bad 8493A Tx GHz GHz Optical Loss Budget LOPT 6 Nomial Iput Power PIN 5 m Lik Loss:* LL C-Bad, 8483A Tx Ku-Bad, 8493A Tx Flatess *Adjustable at output. ±0.2/48 ±0.7/500 /MHz /MHz Gai Slope 0.02 /MHz Gai Stability at Costat Temperature GT ±0.15/24 /hr Noise Figure: NF C-Bad, 8483A Tx Ku-Bad, 8493A Tx Liearity Iput IP3: C-Bad, 8483A Tx Ku-Bad, 8493A Tx Iput 1 Compressio Poit: C-Bad, 8483A Tx Ku-Bad, 8493A Tx Group Delay: Peak-to-Peak Liear Parabolic m m m m s s/mhz s/mhz 2 Iput/Output Impedace Z 50 Ω Iput/Output VSWR 1.35:1 RF Coector: C-Bad, 8483A Tx Ku-Bad 8493A Tx N Jack SMA Jack Optical Fiber 1310 m, Sigle Mode Optical Coector FC/APC (Tight-fit Keyig), Retur Loss > 60 Absolute Maximum RF Iput (Max Iput Gai) RFIN MAX 18 m ORTEL a Divisio of EMCORE 13

14 System 8000 Fiber-Optic Iterfacility Liks Fiber-Optic Data Lik Specificatios These plug-is ca be added to the System 8000 chassis to provide a full duplex data path coectig the M ad C computer termials at the atea site ad the equipmet room. The stadard versio is for RS-422 serial data with a optio for RS-232. This lik provides a data path oly; there is o had shakig, so a modem must be used at each computer. Table 20. Fiber-optic Data Lik Specificatios: 8501A Tx ad Trasceiver 18501A Trasceiver Specificatio Uit Specificatio Uit Bit Error Rate 10-9 Optical Coector FC/APC, 1310 m, sigle mode Operatig Mode Asychroous, Full Duplex Optical Loss Budget 6 Data Rate: RS-422 RS-232 Coector (Chassis Rear Pael) Trasmitter Optical Output Power kbits/s kbits/s DB-9S >0.5 mw I/O Logic Levels Stadard RS-422A: Balaced/Termiated, 120 Ω Differetial I/O Rage: VMIN ±1 to VMAX ±6 RS-232: Sigle-eded, Ubalaced, Notermiated; I/O Rage: VMIN ± 4 to VMAX ± 12 V V 14 ORTEL a Divisio of EMCORE

System 8000 Fiber-Optic Iterfacility Liks System 8000 Redudacy System 8000 provides multiple redudacy optios. The stadard offerigs are sigle thread, 1:1, ad 1:2.

15 System 8000 Fiber-Optic Iterfacility Liks System 8000 Redudacy System 8000 provides multiple redudacy optios. The stadard offerigs are sigle thread, 1:1, ad 1:2. The 1:1 ad 1:2 cofiguratios offer two modes of redudacy switchig: automatic ad maual. Automatic Mode I this mode, iteral sesig ad cotrol provides automatic switchig to the backup lik i case of ay failure i the optical system. If the laser temperature alarm or laser optical power alarm is detected at the fiber-optic trasmitter, the faulty trasmitter is shut off. I the 1:2 redudacy scheme, if these coditios are detected, the switch positio is chaged to select the backup lik. The fiber-optic receiver the detects loss of received optical power ad the output is switched to the backup lik. If the fiber-optic cable cotaiig the fiber for the primary lik is broke, the fiber-optic receiver detects loss of received optical power ad the output is switched to the other chael. The switchig due to receiver failure works idepedetly of the exteral moitorig ad cotrol (M ad C) system oly for the 1:1 cofiguratio. For the 1:2 versio, the exteral M ad C must switch the iput to the backup trasmitter. Maual Mode Whe this mode is selected, automatic switchig to the backup lik is tured off. This mode ca be selected remotely through the M ad C system or it ca be selected locally by pressig the auto-off butto o the frot pael of the status ad cotrol plug-i o the chassis. Figure 1. System 8000 Redudacy Mode Cofiguratios ORTEL a Divisio of EMCORE 15

16 System 8000 Fiber-Optic Iterfacility Liks Geeral Specificatios Alarms ad Warigs Alarms ad warigs are idicated o the plug-i frot pael by LED auciators. Alarms are displayed i red, warigs i yellow. Both alarms ad warigs are reported to the remote iterface. Power supply faults are idicated o the frot pael by red auciators ad are reported to the remote iterface. The chassis cofiguratio is cotiuously reported to the remote iterface. Table 21. Alarms ad Warigs Descriptios Trasmitter Plug-is Auciator Readout Color Power O Opt Pwr Lo Laser Temp RF Pwr Lo Gree (ormally o) Red Red Yellow Receiver Plug-is Power O Gree (ormally o) Opt Pwr Lo Output Pwr Hi RF Pwr Lo Red Yellow Yellow Power Requiremets Table 22. Power requiremets System/Compoet Specificatio Uit 8001A Chassis with 8010A (Factory Set) Status ad Cotrol Plug-i Trasmitter Plug-i Receiver Plug-i 115/230, Vac, Hz W W W Geeral Dimesios Table 23. Geeral Dimesios Weight: 8000A Chassis (icludes two power supplies ad status ad cotrol) Trasmitter ad Receiver Plug-i Dimesios: Stadard Rack-moutable Specificatio 27 lbs. et; 30 lbs, shippig 3 lbs. et; 4 lbs. shippig 19 i. W x 5.25 H x 19.5 i. D (48.26 cm W x cm H x cm D) 16 ORTEL a Divisio of EMCORE

17 System 8000 Fiber-Optic Iterfacility Liks Outlie Diagram Laser Safety Iformatio Class IIIb Laser Product FDA/CDRH Class IIIb laser product. All trasmitter versios are Class IIIb laser products per CDRH, 21 CFR 1040 Laser Safety requiremets. All trasmitter versios are Class 3B laser products per IEC * :1993. The devices have bee classified with the FDA uder a accessio umber to be determied. This product complies with 21 CFR ad Wavelegth = 1.3 µm. Maximum power = 30 mw. Cautio: Use of cotrols, adjustmets, ad procedures other tha those specified herei may result i hazardous laser radiatio exposure. * IEC is a registered trademark of The Iteratioal Electrotechical Commissio. DANGER INVISIBLE LASER RADIATION IS EMITTED FROM THE END OF FIBER OR CONNECTOR Avoid direct exposure to beam Do ot view beam directly with optical istrumets INVISIBLE LASER RADIATION EMITTED FROM END OF FIBER OR CONNECTOR Avoid exposure to beam Class 3B Laser Product IEC-60825M 1993 Max. Output: 30 mw Wavelegth: 1.3 µm ORTEL a Divisio of EMCORE 17

18 System 8000 Fiber-Optic Iterfacility Liks Orderig Iformatio Table 24. Orderig Iformatio System 8000: Chassis Mai Power Supply Stadby Power Supply Status ad Cotrol RS232 or RS485 Accessory Kit Device Descriptio Model Number Ku-Bad, 8900 Series: Uplik Trasmitter Uplik Receiver Dowlik Trasmitter Dowlik Receiver X-Bad, 8800 Series: Trasmitter Receiver C-Bad, 8800 Series: Uplik Trasmitter Uplik Receiver Dowlik Trasmitter Dowlik Receiver L-Bad, 8700 Series: Trasmitter (Uplik ad Dowlik) Receiver (Uplik ad Dowlik) 70 MHZ140 MHz, 8600 Series: 70/140 MHz Trasmitter: High Performace High Performace 75 Ω 70/140 MH Receiver: High Gai Low Gai 50 Ω Remote RF Sigal Moitor, 8400 Series: Ku-bad Sigal Moitor Tx (Use with Stadard Ku-bad Uplik Receiver) C-bad Sigal Moitor Tx 8483a (Use With Stadard C-bad Uplik Receiver) Fiber-optic Data Lik: RS-422, Stadard RS-232, Optioal Maiframe Icludes 6 optical atteuators, istallatio software, ad optical coector cleaig kit (other atteuatio values available upo request) 14.0 GHz14.5 GHz 14.0 GHz14.5 GHz 10.7 GHz12.75 GHz 10.7 GHz12.75 GHz 7.25 GHz8.4 GHz 7.25 GHz8.4 GHz GHz6.725 GHz GHz6.725 GHz 3.4 GHz4.2 GHz 3.4 GHz4.2 GHz 950 MHz2050 MHz 950 MHz2050 MHz 75 Ω 10 km40 km 40 km70 km 75 Ω 14.0 GHz14.5 GHz GHz6.425 GHz 8000A 8001A 8009A 8009B 8010B-RS232 or RS A, A 8920A 8910B 8920B 8850A 8860A 8810A 8820A 8810B 8820B 8710A 8720A 8603A Optio 001 Optio 002 Optio A Optio 001 Optio 002 Optio A 8483A 8501A Optio ORTEL a Divisio of EMCORE

19 System 8000 Fiber-Optic Iterfacility Liks Related Documetatio Table 25. Related Documetatio Descriptio System 8000 Fiber-Optic Iterfacility Liks Applicatio Note Documet Number AP01-003OPTO Agere Systems Ic. 19

AME50461 SERIES EMI FILTER HYBRID-HIGH RELIABILITY

AME50461 SERIES EMI FILTER HYBRID-HIGH RELIABILITY PD-94595A AME5046 SERIES EMI FILTER HYBRID-HIGH RELIABILITY Descriptio The AME Series of EMI filters have bee desiged to provide full compliace with the iput lie reflected ripple curret requiremet specified