OZNRU28G-00AIRSTAR

Error! Reference source not found. Error! Reference source not found.Error! Reference source not found. Error! Reference source not found. 15741-1000 Rev. 0.09 03/31/00 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 1 11 1 4.1 Base Station Outdoor Installation (BRU) This section describes the procedures for installing a 26 GHz, 39 GHz, and a 10 GHz Base Radio Unit (BRU). A BRU Installation Kit is included with the BRU. The BRU Installation Kit contains connectors for LMR coax cable, self-amalgamating tape, an extra jam nut for the grounding/lightning protection lug, and a short 1.5m length of LMR240 cable as explained below. The location, height, elevation angle and azimuth direction of the BRU to be installed is determined by the network configuration you have selected. Table Error! No text of specified style in document.-1 shows the operating range for the BRU. Table Error! No text of specified style in document.-1 BRU Operating Environmental Specifications TypeItemSpecifications Storage temperature -40 °C to +70°C Environmental Operating temperature -35 °C to +55°C Characteristics Wind loadingOperational145 km/hr Survival200 km/hr Altitude0 m to 4500 m The 26 GHz and 39 GHz BRU antenna is vertically polarized. To preserve the correct polarization, mount the BRU with the same orientation as shown in the installation figures. The BRU will not function properly if the polarization is not correct. For proper polarization the BRU must be within 3 ° of vertical. The 10 GHz BRU can be ordered either vertically polarized or horizontally polarized. 4.1.1 4.1.14.1.1 4.1.1 Wind Loading Wind LoadingWind Loading Wind Loading For the pole mount, the coordinate origin is set in the centerline of the pole, located on middle of the two bolts in Z axis (not the base of the mounting bracket). The appendix contains a complete Wind Load analysis report for the BRUs. Error! Reference source not found. Error! Reference source not found.Error! Reference source not found. Error! Reference source not found. AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 15741-1000 Rev. 0.09 03/31/00 2 22 2 4.1.2 4.1.24.1.2 4.1.2 Mounting the 26 GHz or 39 GHz BRU Mounting the 26 GHz or 39 GHz BRUMounting the 26 GHz or 39 GHz BRU Mounting the 26 GHz or 39 GHz BRU Mount the BRU on a support pole (2 to 4.5 in or 50 to 114 mm in diameter). The only tool required to mount the BRU is a 17mm wrench. An Installation Kit is provided with the unit. One or more BRUs may be mounted on the same pole. Use the following procedure to mounting the BRU on the pole: 1. Refer to Figure Error! No text of specified style in document.-1 and use the instructions supplied with the Pole Mounting Kit to assemble the pole mount prior to installing it on pole. 2. Orient the mounting plate so that it is at the appropriate height and 90 degrees from the pointing direction of the BRU (so the BRU points in the correct direction when mounted) and secure it (do not over tighten). When using the M10 nuts, start the nut and screw it down close to its final position. Then place a drop of anti-seize compound on each bolt, making sure to cover the thread near the final nut position when the nut is tightened. Figure Error! No text of specified style in document.-1 Installing the BRU Pole Mount Error! Reference source not found. Error! Reference source not found.Error! Reference source not found. Error! Reference source not found. 15741-1000 Rev. 0.09 03/31/00 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 3 33 3 3. Install the BRU onto the Mounting Plate as follows (see Figure Error! No text of specified style in document.-2): a) Insert the two studs with the o-ring, flat washer, lock washer and hex nut through the clearance holes on the mounting plate. b) Slide the BRU to the left until the Rotation Pin on the BRU/BRU Mounting Bracket assembly aligns with the Pilot Hole of the Mounting Plate and the two studs are in the elevation adjustment slots. c) Push the BRU/BRU Mounting Bracket assembly flush against the mounting plate so that the Rotation Pin is in the Pilot Hole. Loosely tighten the nuts on the two bolts, as shown in Figure Error! No text of specified style in document.-2 and d) Figure Error! No text of specified style in document.-3. e) Adjust the elevation of the BRU. Tighten the two nuts on the BRU to secure it at the proper elevation. Attach lightning protection using the grounding lug on the bottom center of the BRU as appropriate. The Pole Mount has ±15 degree elevation rotation for the BRU. Figure Error! No text of specified style in document.-2 Installing the BRU onto Mounting Plate (Rear View) Figure Error! No text of specified style in document.-3 Installed BRU on Mounting Plate (Rear View) Figure Error! No text of specified style in document.-4 Installed 26 GHz or 39 GHz BRU (Front View) 4.1.3 4.1.34.1.3 4.1.3 Connecting the BRU Coaxial Cable Connecting the BRU Coaxial CableConnecting the BRU Coaxial Cable Connecting the BRU Coaxial Cable Use the following procedure for connecting the coaxial cable to the BRU. Error! Reference source not found. Error! Reference source not found.Error! Reference source not found. Error! Reference source not found. AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 AirStar User Guide for Release 2.1.4 15741-1000 Rev. 0.09 03/31/00 4 44 4 1. Install the right-angle TNC-TNC adapter onto the coaxial connector. Ensure that the connector is dry and free of corrosion. Even a small amount of corrosion or dampness can cause signal degradation. 2. Connect the coaxial cable to the TNC connector on the BRU. When an LMR400 coaxial cable is used, a one meter section of LMR2…

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SRU Installation 17286-1000 Rev..B 03/14/01 SRU Installation Manual 2-1 2. Subscriber Radio Unit Installation ......................................................................... 2-1 2.1Introduction................................................................................................................................... 2-1 2.2Getting Ready for Installation ....................................................................................................... 2-1 2.2.1Subscriber Radio Component ............................................................................................... 2-2 2.2.2Grounding Recommendations................................................................................................ 2-3 2.2.3Lightning Protection .............................................................................................................. 2-4 2.2.4Mounting Specifications........................................................................................................ 2-4 2.2.5Wind Loading Requirements .................................................................................................2-4 2.3Outdoor Installation of SRU with Integral Antenna ....................................................................... 2-4 2.3.1SRU Mounting Process ......................................................................................................... 2-5 2.3.2Installing the Pole Mount....................................................................................................... 2-5 2.3.3Installing a 26 GHz, 28 GHz, or 39 GHz SRU to a Pole ....................................................... 2-5 2.3.4Installing the 10 GHz SRU Mount ......................................................................................... 2-8 2.3.5Universal Mount.................................................................................................................... 2-8 2.3.6Installing the 10 GHz SRU .................................................................................................. 2-10 2.3.7Latin American 10 GHz Frequency Plan............................................................................. 2-10 2.4Outdoor Installation of SRU with Non-Integral Antenna ............................................................. 2-12 2.4.1Installing the Radio Unit & Antenna.................................................................................... 2-12 2.4.2Pre-installation Preparation of the Antenna and Radio Assemblies .................................... 2-13 2.4.3Installing with the Correct Polarization............................................................................... 2-15 2.4.4Installing the Mount............................................................................................................. 2-17 2.5Installation of Coaxial Cable ...................................................................................................... 2-18 2.5.1Connect SRU Coaxial Cable ............................................................................................... 2-18 2. Subscriber Radio Unit Installation 2.1 Introduction This chapter gives instructions for installation of a Subscriber Radio Unit (SRU). Before installing the Subscriber Radio Unit, perform the following steps: 1. Refer to “SAS Installation Manual” and perform the indicated procedures. 2. Install the Base Station as explained in “BSIS Installation Manual.” 3. Verify line of sight between the BRU and the SRU. 2.2 Getting Ready for Installation Before proceeding, remove and save all documentation. Use this manual for the installation of the Subscriber Radio Unit. SRU Installation 2-2SRU Installation Manual17286-1000 Rev. B 03/14/01 To prevent any damage to the components, carefully unpack the units on a flat, clean surface at the installation site. If a component must be unpacked at another location, carefully repack it in the original container before moving it to the installation site. Inspect components carefully for any damage. Damaged equipment should be reported immediately to Netro and the shipping provider. 2.2.1 2.2.12.2.1 2.2.1 Subscriber Radio Component Subscriber Radio ComponentSubscriber Radio Component Subscriber Radio Component The SRU is installed outdoors and mounted to a pole. One pole mount fixture design (Mounting Plate, Strap and related hardware) serves the 10 GHz, 26 GHz, 28 GHz, and 39 GHz SRUs. When installing non-integral antenna units, see section 2.4 for installation requirements. 2.2.1.1 2.2.1.12.2.1.1 2.2.1.1 Outdoor Components for SRU with Integral Antenna Outdoor Components for SRU with Integral AntennaOutdoor Components for SRU with Integral Antenna Outdoor Components for SRU with Integral Antenna In addition to the SRU, the following parts are required for installation of the outdoor equipment for SRUs with integral antennas. (See section 2.4 for non-integral antenna.)  Pole Mount Kit  The Pole Mount adapter is used to attach the SRU Mount to a pole. A single pole mount design serves 26 GHz, 28 GHz, 39 GHz, and 10 GHz SRUs. The pole mount is available as a stand-alone assembly and is available in combination with the SRU mount (see the “Mounting Accessories” section of the Product Catalog). All bolts, nuts, and washers are A4 stainless steel, which may be purchased locally. The Pole Mount Kit includes: • Mounting plate • Strap • M10 nuts, bolts, washers and anti-seize compound  SRU Mount  26 GHz, 28 GHz, and 39 GHz SRUs share the same SRU mount. See section 2.3.3 for illustrations.  A different SRU mount is required for 10 GHz SRUs. See section 2.3.6 for illustrations.  SRU Installation Kit  The installation kit includes: • TNC male 50 Ohm connectors for LMR240 • N-Type Female 50 Ohm connector for LMR400 • 1.5m length of LMR240 cable • Self-amalgamating weather proof tape • Extra jam nut for the grounding lug  In addition, the 10 GHz SRU installation kit also includes: SRU Installation 17286-1…

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14 MHz PLL MICROPROCESSOR/ TELEMETRY MAIN SYNTHESIZER (16/2 MHz STEPS) T/R=416 MHz 27.35-29.5 GHz ANTENNA GAIN CONTROL UPCONVERTERDOWNCONVERTER RX IF 140 +/- 20 MHz 28 GHz Radio Block Diagram Bands 1, 2, 3 & 4 (LMDS) POWER SUPPLY MULTIPLEXER TX IF 350 +/- 20 MHz X8 DIPLEXER IF PRINTED CIRCUIT ASSEMBLY X2 POWER AMPLFIER X2 LNA POWER CONTROL TX Spectrum Band 1:27508-27716 MHzBand 2:27924-28132 MHzBand 3:27716-27924 MHzBand 4:28132-28340 MHz RX Spectrum Band 1:27924-28132 MHzBand 2:27508-27716 MHzBand 3:28132-28340 MHzBand 4:27716-27924 MHz Synthesizer Spectrum Band 1:14984-15088 MHzBand 2:12736-12840 MHzBand 3:15088-15192 MHzBand 4:12840-12944 MHz TXIF2 Spectrum 2448-2460 MHz RXIF2 Spectrum 2032-2044 MHz RXIFLO Spectrum (1 MHz steps) 1892-1904 MHz TXIFLO Spectrum (1 MHz steps) 2098-2110 MHz Main Synthesizer VCO (16/16 MHz STEPS) Band 1: 1873 -1886 MHzBand 2: 1592 -1605 MHz Band 3: 1886 -1899 MHzBand 4: 1605 -1618 MHz POWER CONTROL E1 E2 E3 E4 E5 E6E7 E8 E9 E10 E11 E12

Netro Corporation 3860 North First Street San Jose, CA 95134 408.216-1500 FAX: 408.216-1555 Date: 28 th November, 2000 Ref. FCC28CL Federal Communication Commission FCC Application processing Branch Columbia MD Attention: Errol Chung Re: Form 731: 1) FCC ID: OZNTRU28G-00 2) EA 97520 3) Corresponding Reference No. (Telephone discussion) Dear Errol: Pursuant to our telephone discussion, please find reduced files for your review: 1. ID label 2. Statement 3. Photo 4. Block diagram 5. Schematic 6. Test report 7. Test setup photo 8. Manual 9. Internal photo 10. Part list 11. RF exposure 12. Operation description Thank you for your cooperation and we appreciate your help. Very best regards Jas Dhaliwal Manager Compliance Engineering & Approvals Phone 408 216 1562 Fax: 408 216 1555 Email: [email protected]

28GHz LMDS SRU vs BRU - Main Differences 28GHz LMDS SRU vs BRU - Main Differences Item #Description Hardware Differences: 1 Main Housing - castings 2 Antenna - sector horn vs. cone type 3 RU Housings - band differences (T/R) (see #4 below) 4 Diplexers - band differences (T/R) 5 Synthesizer boards - band specific 6 Power Amps/Low Noise ampifiers - tuning differences each band Functional Differences: 7 BRU - TX is in constant (CW) mode, SRU is TDMA transmission 8 BRU - TX power range = 0 to +20dBm, SRU = -30 to +20dBm 9 Indoor equipment - BRU uses BMM, SRU uses SAS 5/15/01

Date: 10 th August. 2001 Federal Communication Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315 Re: Form 731: 1) FCC ID: OZNRU28G-00 2) EA 97520 Dear Sir: I have requested confidentiality for the application and would like to withdraw. Therefore I request that Netro’ application for Confidentiality may be set aside. Thank you and we appreciate your help. Very best regards Jas Dhaliwal Manager Compliance Engineering & Approvals

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28GHz Radio Operational Description The 28 GHz radio unit (RU) is comprised of three printed circuit assemblies (PCA) – power supply/microprocessor, IF module, and microwave module - a transmitter power amp, receiver low noise amp, and waveguide filter assembly. Refer to the block diagram. The microprocessor/power supply PCA utilizes a switch mode power supply built from discrete components and integrated circuits to convert the –48V nominal input voltage to +8V and –7V nominal output voltages. Power is distributed to the IF module PCA via a multipin connector. The microprocessor is an 8-bit microcontroller which runs a program stored in onboard FLASH memory. The microprocessor controls and monitors RU functions as well as provides communication with the indoor unit. The IF module PCA provides multiplexing and cable protection for the signals on the RU external TNC connector, IF gain control functions, IF filtering, and DC power distribution to the microwave module PCA. The multiplexer is a discrete component design that separates the –48V DC power, telemetry, frequency reference, 350 MHz transmit IF, and 140 MHz receive IF signals. The –48V DC and telemetry signals are routed to the microprocessor/power supply PCA via multipin connector. The reference frequency is fed to phase lock loop circuitry that generates the 14 MHz reference frequency used by all phase lock loops in the RU and to the microwave module PCA via coaxial feedthrough. The 350 MHz transmitter IF signal is routed to AGC circuitry that provides a constant signal level into the upconverter mixer. The transmit IF mixer LO is generated from the output of a VCO that is phase locked to the 14 MHz reference signal. The LO synthesizer is capable of 1 MHz step size over the 2098 MHz to 2110 MHz frequency range. The upconverted and filtered transmit second IF signal is fed to the microwave module PCA via coaxial feedthrough. The receiver second IF signal comes from the microwave module PCA via coaxial feedthrough. The signal is filtered and downconverted to the 140 MHz receiver IF. The receive IF mixer LO is generated from the output of a VCO that is phase locked to the 14 MHz reference signal. The LO synthesizer is capable of 1 MHz step size over the 1892 MHz to 1904 MHz frequency range. The 140 MHz receiver IF is passed through switched channel filters that provide channel bandwidth filtering. The filtered receive IF is then routed to AGC circuitry that provides a constant signal level at the RU external TNC connector. The microwave module PCA contains a VCO phase locked loop and times eight-diode multiplier chain. This synthesizer and multiplier chain produces the LO for transmit and receive frequency conversion. The LO is fed to the upconverter mixer where it is doubled and then mixed with the transmitter second IF signal resulting in the output transmit signal. The output transmit signal is filtered in the waveguide filter assembly then amplified by the transmitter power amp and filtered by the diplexer filter and routed to the antenna port. The transmit power amp is a thin-film amplifier module built with MMIC devices and is utilized in conjunction with gain control circuitry at the 350 MHz transmit IF for transmit power control. The receiver input signal is fed from the antenna port through the diplexer filter to the receiver low noise amplifier. The receiver LNA is a thin-film amplifier module built with MMIC devices. The output of the LNA is fed to the waveguide filter assembly and then to the microwave module PCA. The receiver input signal is then dow nconverted using the doubled LO signal to produce the receive second IF signal which is routed to the IF module PCA. The antenna assemblies vary dependent upon which model RU is built. Base radio units (BRU) with integral antennas utilize a waveguide sector horn antenna. Subscriber radio units (SRU) with integral antennas utilize a waveguide horn antenna with narrow beamwidth. BRU and SRU with non-integral antennas mount to a separate antenna assembly that is clamped to the RU.

LevelPart Type Item NumbRevPart DescripSeqQtyRef DesNotes 0 Part16714-0001ASSY,BRU,28GHZ,LMDS,B1,90V 0.1 Part16708-000 13 ASSY,SUB11 ..2Part15139-000 0D0COVER,IF11 ..2Part16607-000 03 PCA,IFM,241 ...3Part14967-000 0B0PCB,IFM,D11 ...3Part10000-100 4BRES,1.00M52 R187, R202 ...3Part10000-137 0DRES,137,1%123 R74, R82, R387 ...3Part10000-158 0DRES,158,1%1512 R49, R59, R80, R90, R91, R93, R1 ...3Part10001-0000BRES,0R0,JM201 L70 ...3Part10010-010 2CCAP,1.0NF296 C133, C139, C140, C145, C146, C ...3Part10010-0121C000CAP,120PF311 C193 ...3Part10010-047 1C000CAP,470PF431 C231 ...3Part10010-056 1CCAP,560PF481 C152 ...3Part10010-082 1CCAP,820PF551 C153 ...3Part10019-001 6BIND,43-60N5610 L57-L61, L65-L69 ...3Part10020-012 1C0IND,120NH580 ...3Part10020-010 2B0IND,1.0UH592 L85, L95 ...3Part10020-010 3B0IND,10UH602 L38, L42 ...3Part10020-018 2B0IND,1.8UH618 L39, L40, L53-L56, L62, L75 ...3Part10020-022 1C0IND,220NH621 L74 ...3Part10020-027 0C0IND,27NH661 L16 ...3Part10020-027 1C0IND,270NH672 L72, L80 ...3Part10020-027 2B0IND,2.7UH683 L28, L44, L92 ...3Part10020-033 0C0IND,33NH711 L14 ...3Part10020-033 2B0IND,3.3UH732 L27, L36 ...3Part10020-039 1C0IND,390NH753 L6, L7, L25 ...3Part10020-047 2B0IND,4.7UH784 L17, L29, L41, L73 ...3Part10021-010 0B0IND,10NH853 L8, L9, L32 ...3Part10021-018 1AIND,180NH891 L89 ...3Part10021-022 0C0IND,22NH902 L1, L81 ...3Part10021-039 0BIND,39NH921 L10 ...3Part10022-010 0ACAP,10PF,956 C91, C123, C167, C177, C185, C6 ...3Part10022-0101ACAP,100PF9737 C74, C81, C83, C100, C125, C126 ...3Part10022-0120ACAP,12PF,994 C290, C291, C410, C417 ...3Part10022-015 0ACAP,15PF,1005 C246, C256, C393, C402, C409 ...3Part10022-015 1ACAP,150PF1013 C138, C294, C322 ...3Part10022-018 0ACAP,18PF,1028 C112, C131, C169, C189, C191, C ...3Part10022-0181ACAP,180PF1033 C157, C213, C226 ...3Part10022-01 RACAP,1.0PF1056 C84, C116, C117, C234, C244, C3 ...3Part10022-01 RB0CAP,1.2PF1082 C122, C360 ...3Part10022-01 RACAP,1.5PF1101 C66 ...3Part10022-01 RB0CAP,1.8PF1123 C102, C329, C337 ...3Part10022-022 0ACAP,22PF,1146 C344, C354, C365, C378, C379, C ...3Part10022-0271ACAP,270PF1151 C397 ...3Part10022-02 RB0CAP,2.2PF1186 C72, C90, C192, C242, C245, C39 ...3Part10022-02RB0CAP,2.7PF1202 C26, C324 ...3Part10022-033 0ACAP,33PF,1224 C249, C250, C293, C299 ...3Part10022-033 1ACAP,330PF12312 C39, C43, C46, C51, C55, C56, C6 ...3Part10022-00RACAP,0.5PF1242 C349, C367 ...3Part10022-0390ACAP,39PF,1275 C130, C137, C197, C206, C216 ...3Part10022-03 RB0CAP,3.3PF1281 C190 ...3Part10022-03 RB0CAP,3.9PF1292 C235, C243 ...3Part10022-047 0ACAP,47PF,13020 C9, C14, C15, C28, C37, C38, C48 ...3Part10022-0471ACAP,470PF1318 C3, C71, C87, C101, C308, C310, ...3Part10022-04 RB0CAP,4.7PF1364 C59-C61, C67 ...3Part10022-068 0ACAP,68PF,1372 C132, C178 ...3Part10022-05 RB0CAP,5.6PF1384 C174, C233, C236, C359 ...3Part10022-06 RB0CAP,6.8PF1392 C358, C413 ...3Part10030-010 4ACAP,100NF1421 C217 ...3Part10032-010 4DCAP,100NF1431 C222 ...3Part10036-012 1CCAP,120PF1452 C134, C201 ...3Part10036-039 0ACAP,39PF,1461 C194 ...3Part10039-00 RBRES,00R0,14843 C93, C95, C98, C107, C108, L2, L ...3Part10039-03RBRES,3R3,51494 R107, R173, R393, R402 ...3Part10039-04 RBRES,4R7,51501 R102 ...3Part10039-09 RBRES,9R1,51512 C386, R416 ...3Part10048-030 0ACAP,VAR,1521 C396 ...3Part10048-06 RACAP,VAR,1541 C110 ...3Part10069-010 2BCAP,1NF,51562 C88, C89 ...3Part10070-000 6AIND,79.0N1571 L30 ...3Part10070-001 2AIND,235NH1601 L47 ...3Part10212-000 0A000SHUNT,.1,1615 ...3Part10243-000 0CRF CMPNT1623 U9, U13, U34 ...3Part10245-000 0AXSTR,AT41641 U30 ...3Part10256-000 0AIC,AD22101651 U24 ...3Part10280-000 0AXSTR,22221684 Q12, Q13, Q20, Q21 ...3Part10283-000 0AIC,74HC861701 U25 ...3Part10287-000 0AIC,SYS,SA1721 U33 ...3Part10291-000 0AIC,TLC2271732 U2, U3 ...3Part10387-000 0BFLTR,10.71751 FL1 ...3Part10393-000 2A000HDR,2P,2X1771 TP5 ...3Part10393-000 4B000HDR,4P,2X1795 J4-J6, J8, J10 ...3Part10450-000 0C0FLTR,IF,C1812 FL2, FL3 ...3Part10472-000 2E0RF CMPNT1832 A2, A6 ...3Part10550-000 0AIC,OP AMP1851 U29 ...3Part10729-000 0AXSTR,BFS1905 Q11, Q14, Q15, Q18, Q19 ...3Part10877-000 0AXTAL,10.01921 Y1 ...3Part10879-000 0AFLTR,EMI19526 FB1, FB2, FB4-FB27 ...3Part10887-000 0D0SPARK GA1981 SP1 ...3Part10891-000 0AIC,74HC402003 U7, U20, U27 ...3Part10897-000 0C0XSTR,NE82021 Q26 ...3Part10940-000 1A000THERM-PA2031 ...3Part11133-047 2E0IND,4.7UF2051 L13 ...3Part11358-001 6B0VCO,2090-2111 A1 ...3Part11358-001 7B0VCO,1863-2131 A4 ...3Part11507-000 0BIC,UMA102152 U12, U28 ...3Part11755-511 0BRES,511,252162 R260, R281 ...3Part11766-000 0AXFRM,BAL2181 A5 ...3Part11767-000 0AXSTR,50872205 Q1, Q2, Q27, Q28, Q30 ...3Part11768-0000AXSTR,64292224 Q6, Q7, Q17, Q23 ...3Part11770-000 0C0XSTR,CF72232 Q3, Q31 ...3Part11804-000 0CDIO,SCHT2262 CR1, CR6 ...3Part11807-000 0AIC,74HC162281 U22 ...3Part11808-000 0AIC,8522,DA2302 U6, U26 ...3Part11811-000 0D0RF CMPNT2326 U5, U10, U11, U14, U31, U36 ...3Part11836-000 1DVCTCXO,2361 A3 ...3Part11839-000 0AIC,7805,5V2381 U17 ...3Part11846-000 0D0IC,74HC742401 U21 ...3Part11847-000 0AIC,LM258,2421 U32 ...3Part11848-012 1AIND,120NH2441 L52 ...3Part11848-015 0AIND,15NH2451 L48 ...3Part11848-015 1AIND,150NH2462 L43, L71 ...3Part11848-018 1AIND,180NH2472 L94, L97 ...3Part11848-022 1AIND,220NH2491 L35 ...3Part11848-033 0AIND,33NH2501 L3 ...3Part11848-082 0AIND,82NH2562 L90, L91 ...3Part11865-010 4BCAP,100NF2571 C53 ...3Part12454-000 0A000DIO,SCHY2581 D2 ...3Part12476-022 6ACAP,22UF2601 C164 ...3Part12485-010 4ACAP,100NF26430 C255, C267, C272, C285, C312, C ...3Part12485-0104ACAP,100NF26554 C1, C2, C6, C8, C10, C11, C13, C ...3Part12489-010 2ACAP,1NF,526728 C29, C159, C237, C247, C252, C2 ...3Part12489-0103CCAP,10NF26832 C4, C12, C44, C58, C65, C76, C80 ...3Part12489-0332ACAP,3.3NF2691 C400 ...3Part12644-100 0B000RES,100,1%28021 R11, R15, R36, R115, R172, R186 ...3Part12644-1001B000RES,1.00K28234 R5, R9, R27, R28, R32, R33, R37, ...3Part12644-100 2B000RES,10.0K28521 R25, R72, R110, R156, R157, R15 ...3Part12644-100 3B000RES,100K,2889 R67, R76, R286, R322, R348, R34 …

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Netro Corporation 28GHz Radio Tuning The Netro 28 GHz AirStar radio units do not require any tuning. There are no operator controls or adjustments available.

LevelPart Type Item NumbRevPart DescripSeqQtyRef DesNotes 0 Part16979-0002ASSY,SRU,28GHZ,LMDS,B2,V,125MM 0.1 Part16708-000 23 ASSY,SUB11 ..2Part15139-000 0D0COVER,IF11 ..2Part16607-000 03 PCA,IFM,241 ...3Part14967-000 0B0PCB,IFM,D11 ...3Part10000-100 4BRES,1.00M52 R187, R202 ...3Part10000-137 0DRES,137,1%123 R74, R82, R387 ...3Part10000-158 0DRES,158,1%1512 R49, R59, R80, R90, R91, R93, R1 ...3Part10001-0000BRES,0R0,JM201 L70 ...3Part10010-010 2CCAP,1.0NF296 C133, C139, C140, C145, C146, C ...3Part10010-0121C000CAP,120PF311 C193 ...3Part10010-047 1C000CAP,470PF431 C231 ...3Part10010-056 1CCAP,560PF481 C152 ...3Part10010-082 1CCAP,820PF551 C153 ...3Part10019-001 6BIND,43-60N5610 L57-L61, L65-L69 ...3Part10020-012 1C0IND,120NH580 ...3Part10020-010 2B0IND,1.0UH592 L85, L95 ...3Part10020-010 3B0IND,10UH602 L38, L42 ...3Part10020-018 2B0IND,1.8UH618 L39, L40, L53-L56, L62, L75 ...3Part10020-022 1C0IND,220NH621 L74 ...3Part10020-027 0C0IND,27NH661 L16 ...3Part10020-027 1C0IND,270NH672 L72, L80 ...3Part10020-027 2B0IND,2.7UH683 L28, L44, L92 ...3Part10020-033 0C0IND,33NH711 L14 ...3Part10020-033 2B0IND,3.3UH732 L27, L36 ...3Part10020-039 1C0IND,390NH753 L6, L7, L25 ...3Part10020-047 2B0IND,4.7UH784 L17, L29, L41, L73 ...3Part10021-010 0B0IND,10NH853 L8, L9, L32 ...3Part10021-018 1AIND,180NH891 L89 ...3Part10021-022 0C0IND,22NH902 L1, L81 ...3Part10021-039 0BIND,39NH921 L10 ...3Part10022-010 0ACAP,10PF,956 C91, C123, C167, C177, C185, C6 ...3Part10022-0101ACAP,100PF9737 C74, C81, C83, C100, C125, C126 ...3Part10022-0120ACAP,12PF,994 C290, C291, C410, C417 ...3Part10022-015 0ACAP,15PF,1005 C246, C256, C393, C402, C409 ...3Part10022-015 1ACAP,150PF1013 C138, C294, C322 ...3Part10022-018 0ACAP,18PF,1028 C112, C131, C169, C189, C191, C ...3Part10022-0181ACAP,180PF1033 C157, C213, C226 ...3Part10022-01 RACAP,1.0PF1056 C84, C116, C117, C234, C244, C3 ...3Part10022-01 RB0CAP,1.2PF1082 C122, C360 ...3Part10022-01 RACAP,1.5PF1101 C66 ...3Part10022-01 RB0CAP,1.8PF1123 C102, C329, C337 ...3Part10022-022 0ACAP,22PF,1146 C344, C354, C365, C378, C379, C ...3Part10022-0271ACAP,270PF1151 C397 ...3Part10022-02 RB0CAP,2.2PF1186 C72, C90, C192, C242, C245, C39 ...3Part10022-02RB0CAP,2.7PF1202 C26, C324 ...3Part10022-033 0ACAP,33PF,1224 C249, C250, C293, C299 ...3Part10022-033 1ACAP,330PF12312 C39, C43, C46, C51, C55, C56, C6 ...3Part10022-00RACAP,0.5PF1242 C349, C367 ...3Part10022-0390ACAP,39PF,1275 C130, C137, C197, C206, C216 ...3Part10022-03 RB0CAP,3.3PF1281 C190 ...3Part10022-03 RB0CAP,3.9PF1292 C235, C243 ...3Part10022-047 0ACAP,47PF,13020 C9, C14, C15, C28, C37, C38, C48 ...3Part10022-0471ACAP,470PF1318 C3, C71, C87, C101, C308, C310, ...3Part10022-04 RB0CAP,4.7PF1364 C59-C61, C67 ...3Part10022-068 0ACAP,68PF,1372 C132, C178 ...3Part10022-05 RB0CAP,5.6PF1384 C174, C233, C236, C359 ...3Part10022-06 RB0CAP,6.8PF1392 C358, C413 ...3Part10030-010 4ACAP,100NF1421 C217 ...3Part10032-010 4DCAP,100NF1431 C222 ...3Part10036-012 1CCAP,120PF1452 C134, C201 ...3Part10036-039 0ACAP,39PF,1461 C194 ...3Part10039-00 RBRES,00R0,14843 C93, C95, C98, C107, C108, L2, L ...3Part10039-03RBRES,3R3,51494 R107, R173, R393, R402 ...3Part10039-04 RBRES,4R7,51501 R102 ...3Part10039-09 RBRES,9R1,51512 C386, R416 ...3Part10048-030 0ACAP,VAR,1521 C396 ...3Part10048-06 RACAP,VAR,1541 C110 ...3Part10069-010 2BCAP,1NF,51562 C88, C89 ...3Part10070-000 6AIND,79.0N1571 L30 ...3Part10070-001 2AIND,235NH1601 L47 ...3Part10212-000 0A000SHUNT,.1,1615 ...3Part10243-000 0CRF CMPNT1623 U9, U13, U34 ...3Part10245-000 0AXSTR,AT41641 U30 ...3Part10256-000 0AIC,AD22101651 U24 ...3Part10280-000 0AXSTR,22221684 Q12, Q13, Q20, Q21 ...3Part10283-000 0AIC,74HC861701 U25 ...3Part10287-000 0AIC,SYS,SA1721 U33 ...3Part10291-000 0AIC,TLC2271732 U2, U3 ...3Part10387-000 0BFLTR,10.71751 FL1 ...3Part10393-000 2A000HDR,2P,2X1771 TP5 ...3Part10393-000 4B000HDR,4P,2X1795 J4-J6, J8, J10 ...3Part10450-000 0C0FLTR,IF,C1812 FL2, FL3 ...3Part10472-000 2E0RF CMPNT1832 A2, A6 ...3Part10550-000 0AIC,OP AMP1851 U29 ...3Part10729-000 0AXSTR,BFS1905 Q11, Q14, Q15, Q18, Q19 ...3Part10877-000 0AXTAL,10.01921 Y1 ...3Part10879-000 0AFLTR,EMI19526 FB1, FB2, FB4-FB27 ...3Part10887-000 0D0SPARK GA1981 SP1 ...3Part10891-000 0AIC,74HC402003 U7, U20, U27 ...3Part10897-000 0C0XSTR,NE82021 Q26 ...3Part10940-000 1A000THERM-PA2031 ...3Part11133-047 2E0IND,4.7UF2051 L13 ...3Part11358-001 6B0VCO,2090-2111 A1 ...3Part11358-001 7B0VCO,1863-2131 A4 ...3Part11507-000 0BIC,UMA102152 U12, U28 ...3Part11755-511 0BRES,511,252162 R260, R281 ...3Part11766-000 0AXFRM,BAL2181 A5 ...3Part11767-000 0AXSTR,50872205 Q1, Q2, Q27, Q28, Q30 ...3Par…

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