EMCEE Broadcast TTS100DS User Manual 35446
EMCEE Broadcast Products 35446
8
PO. Box 68, White Haven, PA18661 Phone: (570) 443-9575 FAX: (570) 4438257 GTICEE Broadcast Producté' TSA1 ODDS 100W SOLID STATE S-BAND DIGITAL POWER AMPLIFlER MDS - MMDS - ITFs - LPTV North America 0 South America a Europe - Asia a Australia - Africa Since 1960 M‘— TSA100DS 100W SOLID STATE S-BAND DIGITAL POWER AMPLIFIER 03/98 IMPORTANT Mm To provide adequate ventilation. a minimum of one rack space (1 3/4") must be [en vacant below the TSA100DS drawer. IMPORTANT Transient Overvolta e Protection NR IV. OVERVIEW INTRODUCTION 1.1 Amplifier Description 1.2 Specifications 1.3 Installation 1.4 Operation 1.5 Warranty and Pans Ordering CIRCUIT DESCRIPTION 2.1 4—Way Splifier 2.2 30 Watt Power Amplifier 2.3 4-Way Combiner 2.4 Directional Coupler 2.5 Metering Detector 2.6 Transmitter Interface 27 +5V, 115V Power Supply 2.8 +12V Power Supply MAINTENANCE 3.1 Periodic Maintenance Schedule 3.2 Recommended Test Equipment 3.3 Preprogmmmed Fault Levels 3.4 Output Power Calibration 3.5 Spare Modules List DATA PAK SCHEMATIC DIAGRAMS 1.1 1.2 1.3 1,4 1.5 SECTION I INTRODUCTl ON Amplifier Description ................................................... 1—1 Specifications .................................................. 1-1 1.23 Electrical Performance . .. 1—1 1.2b General/Mechanical ................................................. 1—2 Installation ............................................................. 1-2 1.3a New System (1TS1OODS) 4 , . A 1-2 1.3!) TTSZODS Upgrade .................................................. 1—3 Operation .............................................................. 1—5 Warranty and Parts Ordering ............................................ 145 1.1 1.2 1.2a SECTION I THE TSA1OODS POWER AMPLIFIER Amplifier Description: The EMCEE TSA100DS 100W Amplifier is a state of the art S-Band power amplifier capable of amplifying MMDS/ITFS digital signals on any FCC specified channel from 2150 to 2700MHz. The amplifier‘s rated output is 100W average digital power when driven by the TTSZODS Transmitter. The TSA1OODS uses the latest in solid state device and mlorovwave circuit technologies. The result is an amplifier with superior performance and reliability. Control and monitoring of the amplifier is provided by the TTSZODS Digital Control/Display Assembly. Specifications: Electrical Performance: Output Power 100 Watts Average Emisslon 6MO0D7W Modulation Mode 16/64/256 QAM 4/5/1 6 VSB Output Frequency 2150-2700MHZ Spectral Regrowth‘ <—40dB at channel edge <-60dB t 3MH1 from channel edge Spurious Products <»60dB AM to AM Conversion 5156 AM to PM Conversion $21“ Envelope Delay‘ 5:15ns Frequency Response‘ 10.2dB En'or Vector Magnitude‘ 52% Output Power Stability 10.34.18 ' Measured at Output of Filter/Channel Cnmbiner with TTSZODS Driver. 1—1 Digital Signal to Noise‘ z30dB Hum and Noise <»60dB Harmonic Output <760dB Minimum Gain 8dB Input Impedance 50 Ohm/N Output Impedance 50 Ohm/N 1.2b General/Mechanical: Operating Temperature 0 to +50°C Maximum Relative Humidity 95% Dimensions 10.5“H x 19"W x 23.5"D Weight 150 lb. Power Requirements 220Vac, 50/60Hz Power Consumption 2300W Power Factor 0.95 1.3 Installation: After unpacking the transmitter and/or amplifier. a thorough inspection should he conducted to reveal any damage which may have occurred during shipment. If damage is found, immediately notify the shipping agency and advise EMCEE Broadcast Products (Customer Service) or its field representative. Also check to see that any connectors, cables or miscellaneous equipment, which may have been ordered separately, are included. If the TSA1OODS Power Amplifier and Trszoos Transmitter Driver were shipped together as a complete system, perform the instructions in Section 1.33, New System. If the TSAtOODS is being added to a ‘l'I'SZODS that is already in operation. follow the installation procedure in Section 1.3b, TI'SZODS Upgrade. 1.3a New System (TTS100DS): 1. It the transmitter/driver and amplifier were shipped individually, mount both drawers in a heavy-duty rack with the slides provided. Place the transmitter and amplifier in a clean, weatherproof environment providing adequate ventilation for the exhaust fans at the rear of I’— ‘ Measured at Output of Filter/Channel cumblner with Trszoos Driver. 1-2 the drawers. Also. a minimum at one rack space (1 3/4") must be left vacant below the TSA100DS drawer for additional air entry. it is important to maintain the transmission site ambient temperature within the 0°C and «50°C limits. 2. Place the equipment near an ac mains receptacle that supplies both 110Vac tortne Tl’SZDDS Transmitter and 220Vac forthe TSA1 GODS Amplifier. The ac sources should have minimum power capacities of 900VA for the 110Vac source and 2400VA for the 220Vac outlet. it both the transmitter and amplifier have been delivered in a prewired rack, then a 220Vac, three-prong Hubbell twist lock receptacle, capable of at least 3300VA. will be required, Keep the house mains breakerotf and insure the transmitter and amplifier ac switches are off, Do not apply ac power to the equipment at this time since the transmitters RF output must be properly loaded before being placed in operation. 3. Place an appropriate ac power line protector (surge suppressor) across the ac line that supplies the transmitter and amplifier. NOTE: if the transmitter was received mounted in a prewired rack, chedr all cable connections to insure they are secure and skip to step 106. 4. With the LMR 400 N to N cable (EMCEE supplied). connect the RF OUTput (J2) ot’the ‘l‘l’SZODS to the RF INput (J1) otthe 100W amplifier. 5. Using the cable with 25 pin D-sub connectors at each end, (EMCEE supplied), connect P01 J2 INTERFACE jack of the TSA1 ODDS to the INTERFACE jack J3 of the TI'SZODS, Lock each connector in place using the associated slide latch. 6. if appropriate, connect the channel combiner(s) to the antenna transmlssion line and then, using an N to N 1/2" Heliax (LDF4-50A) or Superflex (FSJJ4-SUB) cable, connect each 1TS1ODDS RF OUTput (J2) to the appropriate input ports of the combiner network. It the transmitter is being used as a standalone unit, conneotJZ to the accompanying spectral mask filter and connect the filter output to the antenna transmission line. 7. Plug the power cord of the transmitter rack into a 220Vao electrical outlet that is capable of supplying more than 3300VA for each TTS100DS Transmitter. it the transmitter and amplifier were received without a rack. see step #2 above for individual ac power requirements. This completes the installation of the transmitter. continue with Section 1.4, Opelation. 1.3b TTSZODS Upgrade: 1. Place the amplifier in a clean. weatherproof environment providing adequate ventilation for the exhaust tans at the rear of the amplifier. Provide a minimum of one rack space (1 3/4") 1-3 belowthe TSA1I)ODS drawerfor additional air entry. It is important to maintain the amplifiers ambient temperature within the 0°C and +50°C limits. Rack the amplifier with the TTSZODS Transmitter/Driver near an ac receptacle that supplies 220Vac. The 220Vac source should have a minimum power capacity of 2400VA for the TSAlOODS Amplifier. Plug the amplifier into the 220Vac outlet. 10. 11. 12. 13. 14. IMPORTANT insure that the house mains, transmitter and amplifier ac breakers are all oft. Do not apply ac power to the amplifier at this time since its RF output must be properly loaded before being placed in operation. Place an appropriate as power line pmtedor (surge suppressor) across the ac line that supplies the amplifier. Aline protector should already be in place for the transmitter. Connect a 30dB attenuator and power meter to the RF OUTput (J2) of the T‘I'SZODS as shown in Figure 3—3 of the TTSZODS manual. Reduce the output power of the TTS2ODS by turning R6 of the IF Upconverter fully counterclockwise. The top cover of the transmitter will have to be removed to gain access to this adjustment. Place the mains circuit breaker on and close the AC POWER switch on me rear panel of the TTSZODS. With the transmitter in STDBY, go to the Control Menu and shut the AGC OFF. Place the TTSZODS into OPerate and verify that its output power is less than 10 watts average. Plaoe the 1'I'820DS into STDBY and then open the AC POWER switch. Remove the 3068 attenuator and power meter. Vifith the LMR 400 N to N cable (EMCEE supplied), connect the RF OUTput (JZ) of the 1'i'SZODS to the RF INpui (J1) of the TSA1OODS Amplifier. Using the wire hamesswith 25—pin D—Sub connedors at each end (EMCEE supplied), connect PC1J2 iNTERFACE jack of the TSA100DS to the iNTERFACE jack JS of the TTSZODS Transmitter. Plug the TSAtOODS Amplifier power cord into a 220Vac electrical outlet that supplies a minimum of 2400VA. Connect the 30dB/150W attenuator and power meter to the RF OUTput (J2) of the TSA100DS as shown in Figure 3—3 of this manual. Close the TSA1OODS and TTSZODS ac circuit breakers and place the ‘I'I'SZODS to OPerate. Slowly adjust R6 in the transmitters lF Upconverter for a power meter reading at 100 watts average, 1—4 1.4 1.5 15. From the transmitter Control Menu, tom the AGC ON. 16. Place the TTS20DS to STDBY and remove the 30dB attenuator and power meter from the amplifier output connector. 17. if appropriate. connect the channel oombiner(s) to the antenna transmission line and. using an N to N 1/2" Heliax (LDF4-50A) or Superflex (FSJJ4-SOB) cable, connect the TTStODDS Transmitter RF OUTput (J2) to the appropriate input port of the combiner network. If the transmitter is being used as a standalone unit, connect J2 to the spectral mask filter and connect the filter output to the antenna cable. This completes the installation of the amplifier. Continue with Section 1.4. Operation. Operation: Once the installation instructions of Section 1.3 have been completed and the TSAt ODDS Amplifier has been properly installed, proceed with the following steps to place the transmitter in operation. to Switch the ac breaker CB1. located on the lower lelt-hand side of the TSA100DS amplifier rear panel. to the ON position, 2. Switch the AC POWER breaker, located on the right-hand side of the TTSZODS Transmitter rear panel. to the ON position. 3. On the TTSZODS front panel pressthe OP/STDBY button so that its LED is green (OPerate) and proceed to Section 1.4 of the TI'SZODS manual for further operation information. Warranty and Parts Ordering: Warranty— EMCEE warrants its equipment to be free from defects in material and workmanship for a period of one year after delivery to the customer. Equipment or components returned as defective (prepaid) will be, at our option, repaired or replaced at no charge as long as the equipment or component part in question has not been improperly used or damaged by extemal causes (e.g., water, ac line transients, or lightning). Semiconductors are excepted from this warranty and shall be warranted for a period of not more than ninety (90) days from date of shipment. Equipment or component parts sold or used by EMCEE. but manufactured by others, shall carry the same warranty as extended to EMCEE by the original manufacturer. Eguipment Returns - If the customer desires to return a unit, drawer, or module to EMCEE for repair. follow the procedure described below: 1. Contact EMCEE Customer Service Department by phone or fax for a Return Authorization Number. 1—5 2. Provide Customer Service with the following information: Equipment model and serial numbers. Date of purchase. Unit input and output frequencies. Part number (PN) and Schematic Diagram designator if a module is being sent. Detailed information oonceming the nature of the malfunction. The customer shall designate the mode of shipping desired (e.g., Air Freight, UPS, Fed Ex, etc). EMCEE will not be responsible for damage to the material while in transit. Therefore, it is of utmost importance that the customer insure the returned item is property packed. Parts Ordering — If the customer desires to purchase parts or modules, utilize the following procedure: 1. Contact EMCEE Customer Service by phone or fax indicating the customer's purchase order number. if the purchase order number is provided by phone, written confirmation of the order is required. 2. Also provide: The equipment model and serial number. The unit input and output frequencies. The quantity, description, vendor, number, and designation of the pants needed as found in the Spare Modules and Components Lists subsection of this manual. If a module is required, give the part number (PN) and Schematic Diagram designator (e.g., 30369116). Designate the mode of shipping desired (e.g.. Air Freight, UPS, Fed Ex, etc). Shipping and billing addresses. S re and Re acement Modules and Com onents — The Spare Modules and Components section of this manual providesa listing of the modules and some discrete components contained within the transmitter. The list contains those modules or components considered to be essential bench-stock items and should be available to the maintenance technician at all times. The Schematic or Interconnection Diagram isthe govemlng document of this manual. Should there be a discrepancy between a modules or components list and a diagram, the diagram takes precedence. Such a discrepancy is possible since manufacturing changes cannot always be incorporated immediately into the instruction manual. Component Referencing— The transmitter consists ofdrawers containing modules and components. Each draweris given a reference designator starting with A1. Components and modules located in a drawer are referred to by their respective designators, preceded by the designator of the drawer in which they reside. Hence, the designatorA1PSZ refers to power supply P52 in drawer/u, This standard applies for all modular levels. i.e., A1AGA3 represents module A3, located in module A6. located in drawerAt. Components mounted directly to the cabinet take only a component reference designator. in the circuit description, Section 2, the full reference designator is given only with the schematic or Interconnection diagram. In the text, the modules are referred to by their module number only unless a module is mentioned that is located in a different drawer. Module designators on interconnect diagrams do not take the drawer designators. 1-6 For EMERGENCY technical assifiance, EMCEE offers atoll free, 24-hour, 7-day-a»week customer service hot line; 1-800-233-8193. E 2:9". mean. Eat mo8_,m umuuwmnjsmm ham Hmuh mmaz: nwvuJDEuz muhzamu >uzu3uumu mm a mu @ muhuzmnwu>mm FZEQ n.— NDN>4¢2< sawhuumw mDHQDZEL,“ 93mm}: hwuh mumz: 5D 6559; Fan mahquZMu Z~ &\z 4 u "flew m¢ 93 £32? muhtnfim m>a smut; S E b filo m“: i. mfi % w muzjazq mn F?) am a. Mm 9a a??? 98 smum EV l}. 502+ mmfijmzq mfi .E.<> mm a? a??? mmNau msm umDuE an Hum quzEDam Emmi ZDCqmquu aux/Du HDQHDD MDH¢DZMFH< PDD Bomfi |._w_ m cm macaw: 3.5 Spare Modules and List: The following contains lhe descn‘plion, vendor, pan number, and designator of each module found in the TSA1OODS Amplifier which EMCEE considers to be essential bench-stock items. These modules should be available to the lechnician at all times. TSA1OODS SPARE MODULES LIST INTERCONNECTION DIAGRAM 40389004 REV 51) DESCRIPTION VENDORIPART It 30W Amplifier EMCEE/403891712 A1, A2, A3, A4 Transmitter lnlerfaoe EMCEE/303891 14-1 P01 Metering Detector EMCEE/303891 29-1 A5 Splitter EMCEE/203891 25-1 CP1 CombinerICoupIer EMCEE/12316 CP2 +5V/t15V Power Supply Condor/GLCAOB P35 +12V Power Supply Dellron/FT-1ZB3-OO PS1, P82, P33, P84 Fan 6“, SOOCFM, 220V Rowan/031544 B1, 32 Surge Suppressor HarrisN250LA40 E1 S—1
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