Cytec Model # 7903 Wolverine Switch Matrix CXM/256 Mainframe CYTEC PROJECT #367903

Transcription

1 ytec Model # Wolverine Switch Matrix XM/ Mainframe YTE PROJET #

2 ytec Model # Wolverine Switch Matrix XM/ Mainframe YTE PROJET # SET.# DESRIPTION PAGE#. General Information hassis Specifications Relay Specifications System RF Specifications DRAWINGS DRWG.# DESRIPTIONS XM/ Special Mainframe hassis Overview (power and drives ) XM/ Special Mainframe hassis Overview (microwave parts) XM/ Special Mainframe Rear Panel XM/ Special Mainframe Relay Drive Wiring and Power XM/ Special Mainframe Signal Wiring ( RF Interconnects ) Wolverine Switch Schematic Test Spreadsheet

3 ytec Model # Wolverine Switch Matrix XM/ Mainframe YTE PROJET #. GENERAL INFORMATION ytec project is a cusm XM/ Mainframe which has been configured control a variety of relays, splitters, couplers and filters. The configuration of the matrix was based upon Seakr SD # dated //. The majority of the information for individual ytec components and programming syntax can be found in the main XM Manual. This addendum covers the specific configuration of the components used and will be the most important document for controlling the system and understanding exactly what it does. Please note that many of these drawings are considerably more legible when viewed on a computer screen or if printed paper larger than standard letter." by " size. An overview of the chassis power and drive components is shown in Drawing #. Most of these components are located below a shelf which holds the microwave components. A wiring list for all of level is shown in Drawing #. An overview of the chassis RF signal path components is shown in Drawing #. It shows the physical location of all the microwave components. Relays are also labeled with their programmatic address. A signal wiring list for coax cable assemblies are shown on Drawing. A full schematic of the RF paths is shown in Drawing. This drawing is based upon the drawing provided with the SD and has had the programmatic addresses for each relay added, as well as the connecr # s. This allows you quickly find the relay addresses needed make a connection between any two points. A rear panel view of the chassis is shown in Drawing #. This rear panel view shows both the physical arrangement of the connecrs and the labels which correspond the signal destination. The rear panel only shows the J# for the connecrs, where as the drawing shows the reference designation as well. For Technical Assistance all or sales@cytecate.com

4 . hassis Specifications Dimensions Height Depth Width Weight Temperature Operational Srage A Input Power consumption ooling " /. cm / RU " /. cm " rack mount with handles, cm chassis width. lbs / Kg degrees + degrees / VA Selectable Input HZ Max Watts with maximum # of relays on. Ambient.. Relay Specifications All relays are rated the following minimum specifications. These are relay specs only, not path specs. Insertion Loss D GHz. db GHz. db up GHz. db VSWR D GHz.: ( db return loss ) GHz.: (. db return loss ) Isolation D GHz db GHz db Power Handling Hot Switching old Switched < Watts ( hot switching not recommended since it can decrease life) GHz

5 . System RF Path Specifications Each path has different specifications depending on the components and number of connections through the system. The test data spreadsheet at the end of this addendum lists the paths measured for Insertion Loss, VSWR and Isolation. The results of these tests have been made available on ytec s website for download but will be removed once the unit has been acceptance tested by the end user. All test data will be maintained at ytec and is available upon request. Insertion Loss for any path not including a splitter: D GHz <. db VSWR D GHz <.: (. db return loss ) Isolation D GHz < db For Technical Assistance all or sales@cytecate.com

6 E Special PIN PIN hassis Assy." Deep x " Wide x " High P Holddown Assy P/ Motherboard () E LINE NEUTRAL GND P Display Module () Special Rear Panel () D MAP Power Supplies: A PWS B PWS IF ontrol Module () D J POWER pins, V pins, +V PIN OM PIN Front Panel with LD Manual ontrol Power Entry Module P M.. B Power Wiring Drive Wiring Signal Wiring ontrol Wiring B B A Seakr Engineering.... DATE: SIZE: D TITLE: OMMENTS: //.dcd AD FILE: TOL. +/." U.O.S. DRAWN BY: XM/SMF Special Mainframe PV DRAWING NUMBER: A

7 Special M, R SPDT # M, R SPDT # M, R SPDT # E SP S ZAPDS+ M, R SPT # OM S SP (Botm) SP (Top) ZNPDWS+ M, R SPDT # M, R SPDT # M, R SPDT # M, R SPDT # M, R SPDT # M, R SPDT # E D M, R SPT # OM BPF # SMA S SP ZNPD+ Botm SP ZBPDS+ Top M, R SPDT # M, R SPT # M, R SPDT # M, R SPDT # M, R SPT # D M, R Txfr # J POWER pins, V pins, M, R SPDT # M, R Txfr # M, R Txfr # M, R SPDT # M, R SPT # M, R SPT # P M.. M, R Txfr # M, R Txfr # PL M, R Txfr # M, R Txfr # PL Top BPF # Botm BPF # Top BPF # M, R SPT # M, R SPDT # M, R SPDT # B M, R Txfr # M, R Txfr # B Botm BPF # M, R SPDT # M, R SPDT # M, R SPDT # Top BPF # Botm BPF # M, R SPDT # A Seakr Engineering.... DATE: SIZE: TITLE: OMMENTS: //.dcd AD FILE: A TOL. +/." U.O.S. DRAWN BY: D XM/SMF Special Mainframe Layer PV DRAWING NUMBER:

8 Special G G F F Manufacturer: ytec orp Model: PN: SN: XXXXXX Date ode: xx V A, Phase, A, hz (.. MHz) (Frequency Synthesizer) J (Output RF Power Meter) (Input RF Power Meter) J (Attn. RTN) (Rack Front Panel) J (Port #) (RFP: Primary) (. MHz MRO) J (RFP: Redundant) (. MHz MRO) (RFP: GSP Gov Gateway) J (RFP: GSP USSB) (RFP: SPP "LL Link) J (RFP: SPP) (Gov Gateway & TM Link) (RFP: GSP Gov) (Gateway or USSB A) J (RFP: GSP) (USSB/ A) (RFPO: GSP GOV) (Gateway or USSBA) J (RFPO: GSP USSB A) E J (Spectrum Analyzer) J (Attn. OUT) J (Port #) J (RFP: Primary) (. MHz MRO) J J J J (RFP: SPP "LL Link") (RFP: GSP Gov Gateway) (RFP: GSP USSB/ B) (RFPO: GSP USSB B) E IEEE LAN J (Modem) J () J J (RFP: Redundant) (. MHz MRO) J (RFP: SPP) (Gove Gateway & TM Link) J (RFP" GSP USSB) J (RFP: DSPSSPP) J (RFP: GSP Gov) (Gateway or USSB A) D I O RS J (Rack Panel Output) J (. MHz MRO Reference) J (Noise Source) J (Rack Panel Input) J RFP: Primary. MHz MRO J RFP: Redundant.MHz MRO J (RFP: GSP Gov Gateway) J (RGP: GSP USSB/) J (RFP: SPP "LL Link") J (RFP: SPP) (Gov Gateway & TM Link) J (RFP DSPSSPP) J (RFP: DSPSSPP) J (RFP: GSP USSB A) J (RFP: GSP USSB B) D J J J J J J J B B A DEEP ETH & LEAR ADIZE * Text in Parentheses are for Reference Only DATE: SIZE: TOL. +/." U.O.S. //.dcd DRAWN BY: PV AD FILE: TITLE: OMMENTS: XM/SMF Special Rear Panel Seakr Engineering DRAWING NUMBER: A

9 # W iring Diagram XM/S Mainframe W iring Diagram // Pg. of PW S ON Any Slot Any Slot Use this terminal strip for Relay Voltage Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display LE/ ON, BL olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red () Brown (), Red () Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display LE/ ON, BL olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red () Brown (), Red () Mod, R D ON Mod, R D ON Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display LE/ ON, Mod, R D BL ON olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red () own (), Red (

10 # W iring Diagram XM/S Mainframe W iring Diagram // Pg. of Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display LE/ ON, BL olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red () Brown (), Red () Mod, R D ON Mod, R D ON Mod, R D ON Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display Mod, R LE/ D ON BL ON olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red (), own (), Red Mod, R D ON Mod, R D ON Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display LE/ ON, BL olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red () Brown (), Red () Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON

11 # W iring Diagram XM/S Mainframe W iring Diagram // Pg. of Mod Rly V+ Function + V Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Drv Display LE/ ON, BL olor (ond.) Blue Black () Grey () Blue () Yellow () White () Violet () Green () Orange () Violet () Green () Orange () Brown () Grey () Blue () Yellow () Red () Brown (), Red () Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R D ON Mod, R Mod, R D D ON ON

12 XM/S Mainframe Signal W iring // Pg. of ON usmer Designation RFP: GSP Gov Gateway or USSB A RFP: GSP USSB A RFP: GSP USSB B RFP: GSP Gov Gateway or USSB A RFP: GSP USSB A RFP: GSP USSB B RFP: GSP Gov Gateway or USSB A RFP: GSP USSB/ A RFP: GSP USSB/ A RFP: DSPSSPP RFP: DSPSSPP RFP: DSPSSPP RFP: SPP LL Link RFP: SPP Gov Gateway & TM Link RFP: GSP Gov Gateway RFP: GSP USSB RFP: SPF "LL Link" RFP: SPP Gov Gateway & TM Link RFP: GSP Gov Gateway RFP: USSB RFP: SPP "LL Link" RFP: SPP Gov Gateway & TM Link RFP: GSP Gov Gateway RFP: GSP USSB/ Rack Front Panel RFP: Primary. MHZ MRO RFP: Redundant. MHZ MRO RFP: Primary. MHZ MRO RFP: Redundant. MHZ MRO RFP: Primary. MHZ MRO Input RF Power Meter Atten. RTN Atten. OUT Noise Source Port # Rack Panel Input Spectrum Analyzer Modem Port # Rack Panel Input Frequency Synthesizer Output RF Power Meter. MHZ MRO Reference SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # ytec Designation J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port BL ON ytec Designation usmer Designation M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPDT # M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPDT # M, R SPDT # M, R SPDT # M, R SPDT # M, R SPDT # M, R SPDT # PL db M, R Port Txfr # Port M, R Port Txfr # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port M, R Port SPT # Port BPF # In BPF FN PL db BPF # OUT SMA M, R Port SPT# Port SP, Port M, R Port SPT# Port SP, Port M, R Port SPT# Port SP, Port M, R Port SPT# Port SP, Port M, R Port SPT# Port SP, Port M, R Port SPT # Port SP, Port M R Port SPT # Port SP, Port M, R Port SPT # Port

13 XM/S Mainframe Signal W iring // Pg. of ON usmer Designation SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPT # SPT # SPT # SPT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # SPDT # Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port SPT # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port Txfr # Port ytec Designation M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port SP, Port SP, Port SP, Port SP, Port M, R Port M, R Port SP, Port S SP, Port S SP, Port S SP, Port S M, R Port M, R Port M, R M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port M, R Port SP, Port S M, R Port M, R Port M, R Port M, R Port M, R Port BPF # M, R Port BPF # M, R Port BPF # M, R Port PL OUT M, R Port M, R Port M, R Port M, R Port M, R Port PL OUT M, R Port BPF # M, R Port BPF # M, R Port M, R Port M, R Port BL ON ytec Designation usmer Designation SP, Port M, R Port SPT # Port SP, Port M, R Port SPT # Port SP, Port M, R Port SPT # Port SP, Port M, R Port SPT # Port SP, Port M, R Port SPT # Port M, R Port SPT # Port SP, Port SP, Port M, R Port SPT # Port BPF # Out BPF FN M, R SPDT # M, R SPDT # M, R Port Txfr # Port SP, Port M, R SPDT # M, R Port SPT # Port SP, Port M, R SPDT # M, R Port SPT # Port SP, Port M, R SPDT # M, R Port SPT # Port SP, Port BPF # IN SMA M, R Port Txfr # Port M, R Port Txfr # Port M, R Port Txfr # Port M, R Port Txfr # Port BPF # M, R Port Txfr # Port BPF # M, R Port Txfr # Port BPF # M, R Port Txfr # Port PL IN M, R Port Txfr # Port M, R Port Txfr # Port M, R Port Txfr # Port M, R Port Txfr # Port M, R Port Txfr # Port PL IN M, R Port Txfr # Port BPF # M, R Port Txfr # Port BPF # M, R Port Txfr # Port M, R Port Txfr # Port M, R Port SPT # Port M, R Port SPT # Port

14 Ohms J Ohms Ohms J Ohms J Ohms Ohms M, R M, R M, R R M, R J SPDT # Terminated Ohms Ohms SPDT # Terminated J M, R M, R J J M, R M, R R SPDT # Terminated Ohms M, R SPDT # Terminated J Ohms SPDT # Terminated Ohms M, R R Ohms SPDT # Terminated J J J J M, R M, R M, R M, R R M, R M, R M, R M, R J Ohms J M, R Ohms System Schematic M, R Ohms M, R J M, R J M, R J M, R J M, R J M, R J M, R J M, R J M, R J M, R J M, R J J J J J J J J J J J J J J J J J J J J M, R M, R M, R R J M, R SPDT # M, R

15 In J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J Out J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J From Noise Source VNA # alibrate unit from MHZ GHz Insertion Loss and VSWR GHZ analyzer To RFP RFP RFP RFP RFP RFP RFP RFP RFP Spectrum Modem VNA # RPO RPO RPO RPO RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP Frequency range GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz expect db db db db db db db db db. db. db. db. db. db. db. db db db db db db db db db db db db db db db db db db db INS Loss File Name A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A VSWR File Name B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B B Divider paths Also tests terminations SPT and paths SPT SPDT TO

16 onnect " interconnect between J and J In Out From To J J RFP J J RFP J J RFP PUT TERM ON J J J RFP PUT TERM ON J J J INPUT RF PM Frequency range GHz GHz MHZ TO MHZ. GHz TO. GHz GHz GHz GHz GHz expect db db db db db INS Loss File Name A A A A A VSWR File Name B B B B B ATTENUATOR RELAY BPF AND TXFR BPF AND TXFR PL AND TXFR PL PORT J J J J J J FS FS FS RFP RFP RFP MHZ TO MHz MHZ TO MHz MHZ TO MHz db db db A A A B B B FS BPF FS BPF FS BPF J J J J J J J J J J J J J J J J J J J J J J J J RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP RFP GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz GHz db db db db db db db db db db db db A A A A A A A A A A A A B B B B B B B B B B B B SPT # SPDT # AND SPT # PUT TERM ON J PUT TERM ON J J J J J J J J J J J RFP RFP RFP RFP OUTPUT RF PM. GHz TO. GHz. GHz TO. GHz MHz TO MHZ GHz TO GHz GHz TO GHz db db db db db A A A A A B B B B B BPF AND TXFR # BPF AND TXFR # BPF AND TXFR # PL AND TXFR # PL PORT In J J J J J J J Out J J J J J J J SWITH TO LOWER FREQ NETWORK ANALYZER From To MRO REF RFP MRO REF RFP MRO REF RFP MRO REF RFP MRO REF RFP MRO REF RFP MRO REF RFP Frequency range MHZ TO MHz MHZ TO MHz MHZ TO MHz MHZ TO MHz MHZ TO MHz MHZ TO MHz MHZ TO MHz expect db db db db db db db INS Loss File Name A A A A A A A VSWR File Name B B B B B B B LPF + SPDT # LPF + TXFR + SPDT # LPF + TXFR + SPDT # LPF + TXFR + SPDT # LPF + TXFR + SPDT # LPF + TXFR + SPDT # LPF + TXFR + SPDT #

17 In J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J Out J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J J Between Noise source VNA VNA Modem VNA # RPO RFPO GOV RFPO GSPA RFPO GSPB RFP GOV RFP GSPA RFP GSPB RFP GOV RFP GSPA RFP GSPB RFP SPP RFP SPP RFP SPP RFP MRO RFP MRO p RFP MRO p RFP MRO p RFP MRO alibrate unit from MHZ GHz Isolation GHZ analyzer And Atten out Noise source VNA Modem VNA # RFPO GSPA RFPO GSPB RFP GOV RFP GSPA RFP GSPB RFP GOV RFP GSPA RFP GSPB RFP SPP RFP SPP RFP SPP RFP MRO RFP MRO RFP MRO r RFP MRO r RFP MRO r RFP MRO Frequency range MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz MHZ GHz expect > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > > ISO File Name Txfr # SPT # SPT # SPT # Txfr # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPT # SPDT # SPDT # SPDT # SPT # SPT # SPT # SPT # SPT # SPDT # SPT # SPT # SPT # SPT # SPT #