AR 10010475 Operating And Service Manual Download Page 7

HINWEISE FÜR DEN SICHEREN GEBRAUCH 

 

Revised 0517 

 

 

Bitte beachten Sie die folgenden Hinweise zum Schutz Ihrer persönlichen 

Sicherheit und um Ihre Ausrüstung und Ihren Arbeitsplatz  vor möglichen 

Schäden zu bewahren. 

VORGESEHENE VERWENDUNG 

Dieses Gerät ist für den allgemeinen Einsatz im Labor bestimmt. Es dient der 

Erzeugung, Steuerung und Messung von elektromagnetischer 

Hochfrequenzenergie (RF). Stellen Sie sicher, dass das Gerät an einem Ort in 

Betrieb genommen wird, an dem die abgestrahlte Energie gesteuert werden 

kann, so dass niemand  Schaden erfährt und elektromagnetische  Störungen 

vermieden werden. 

SICHERHEITSSYMBOLE 

Einige dieser Symbole befinden sich sowohl in der Bedienungsanleitung als 

auch auf dem Gerät selbst. 

 

Dieses Symbol befindet sich auf dem Gerät und weist 

darauf hin, dass der Nutzer an dieser Stelle wichtige 

Sicherheitsinformationen in der Bedienungsanleitung 

studieren soll. 

Das Warnsymbol weist auf eine mögliche Gefahr hin. 

Zur Vermeidung von Personen- oder Sachschäden gilt 

es, die Hinweise zu beachten.  

 

Gefährliche elektrische Spannungen sind vorhanden. 

Höchste Vorsicht ist geboten.

 

 

 

Weist darauf hin, dass an dieser Stelle eine Klemme für 

den Anschluss an einen Außenleiter anzubringen ist, 

zum Schutz vor einem Stromschlag oder im Fall einer 

auftretenden Störung, oder dass  eine Klemme 

anzubringen ist,  die als schützende Erdungselektrode 

fungiert. 

 

Zeigt unsichtbare Laserstrahlung an –nicht direkt 

hineinsehen. 

 

Weist auf eine Rahmen- 

oder Chassis-

Anschlussklemme hin.  

 

Zeigt Wechselstrom an. 

 

Weist darauf hin, dass dieses Produkt nicht mit Ihrem 

restlichen Hausmüll entsorgt werden darf. 

 

Weist darauf hin, dass die markierte Oberfläche und 

benachbarte Flächen extrem heiße Temperaturen 

erreichen  können  und daher nicht angefasst werden 

sollten. 

 

SICHERHEITSHINWEISE FÜR DEN AUFBAU DES GERÄTS 

Lesen Sie die Bedienungsanleitung aufmerksam durch und 

machen Sie sich mit allen Sicherheitsmarkierungen und 

Anweisungen vertraut. Die Sicherheit kann beeinträchtigt sein, 

falls das Gerät in einer anderen Weise verwendet wird, als von 

der AR RF/Microwave Instrumentation (AR) vorgegeben ist. 

 

 

Zum Heben und Transport folgen  Sie allen in dieser Anleitung 

angegebenen Anweisungen. 

 

Platzieren Sie das Gerät auf einer harten, ebenen Oberfläche. 

 

Verwenden Sie das Gerät nicht in feuchter Umgebung, zum Beispiel in 

der Nähe einer Spüle oder in einem feuchten Keller. 

 

Platzieren Sie Ihr Gerät so, dass der Netzschalter leicht zugänglich ist.  

 

Halten Sie einen Mindestabstand von 10,2 cm (4 in) auf allen belüfteten 

Seiten des Geräts ein, um eine ausreichende Luftzirkulation zu 

gewährleisten. Beinträchtigen Sie den Luftstrom des Geräts nicht, indem 

Sie Lüftungsöffnungen oder den Lufteinlass blockieren. Wird der 

Luftstrom eingeschränkt, kann dies zu Schäden am Gerät, periodischen 

Abschaltungen und anderen Gefahren führen.  

 

Halten Sie das Gerät von extrem heißen oder kalten Temperaturen fern, 

um sicherzustellen, dass es nur in dem  vorgeschriebenen 

Bedienungsbereich verwendet wird. 

 

Achten Sie beim Installieren von Zubehör wie Antennen, 

Richtungskupplungen und Feldsonden darauf, dass sie keinen 

gefährlichen HF-Werten ausgesetzt sind. 

 

Stellen Sie sicher, dass nichts auf den Kabeln Ihres Geräts steht. Bringen 

Sie die Kabel so an, dass niemand darauf treten oder darüber stolpern 

kann. 

 

Seien Sie vorsichtig, wenn Sie das Gerät bewegen. Achten Sie darauf, 

dass alle Rollen und/oder Kabel fest mit dem System verbunden sind. 

Vermeiden Sie plötzliche Stopps und Oberflächen, die nicht eben sind. 

BEVOR SIE DAS GERÄT ANSCHLIESSEN 

Ihre AR-Ausrüstung hat möglicherweise mehr als ein Stromversorgungskabel. 

Verwenden Sie nur zugelassene Stromkabel. Falls Sie kein Stromkabel oder 

AC-Netzkabel für dieses Gerät haben, kaufen Sie ein Stromkabel, das für den 

Einsatz in Ihrem Land zugelassen ist. Das Stromkabel muss für das Gerät, die 

Spannung und den Strom, die auf dem elektrischen Kennzeichnungsetikett des 

Geräts markiert sind, zugelassen sein. 
 

Bei einer fehlerhaften Installation oder falls eine Netzspannung 

verwendet wird, die nicht mit dem Gerät kompatibel ist, erhöht 

sich die Brandgefahr. Auch andere Gefahren können auftreten. 

Um einen Stromschlag zu verhindern, schließen Sie das Gerät 

und die peripheren Stromkabel an ordnungsgemäß geerdete Steckdosen an. Die 

Kabel sind mit dreipoligen Steckern ausgestattet, um eine korrekte Erdung zu 

gewährleisten. Verwenden Sie keine Adapter. Entfernen sie niemals die 

Erdungsstange eines Kabels. 
Modifizieren Sie niemals die Stromkabel oder Stecker. Konsultieren Sie einen 

lizenzierten Elektriker oder AR-ausgebildeten Servicetechniker, falls 

Veränderungen am Gerät durchgeführt werden müssen. Halten Sie sich stets an 

die nationalen/örtlichen Verdrahtungsregeln.  

Schalten Sie das Gerät nicht ein, falls es äußerlich beschädigt 

ist oder Hardware-Teile oder Konsolen fehlen.  

 

SYSTEMERDUNG 

 Dieses Gerät ist mit einer Schutzerdklemme ausgestattet.  Die 

Netzstromquelle muss dem Gerät eine ununterbrochene 

Systemerdung von ausreichender Größe zur Verfügung stellen, 

damit Kabelklemmen, Netzkabel oder mitgeliefertes Netzkabel 

ordentlich befestigt werden können. 

VERWENDEN SIE DIESES 

GERÄT NICHT, wenn dieser Schutz beeinträchtigt ist.

 

 

 

Summary of Contents for 10010475

Page 1: ...Operating and Service Manual 40T18G26A Model 10010475 Part Number Serial Number 160 School House Road Souderton PA 18964 215 723 8181 Fax 215 723 5688 www arworld us ...

Page 2: ......

Page 3: ...llowing European directives Low Voltage Directive 2014 35 EU EMC Directive 2014 30 EU Supplementary Information Safety EN 60215 1 1989 EN 61010 1 2010 EMC EN 61000 6 2 2005 EN61000 6 4 2007 Year Mark Applied 2016 I the undersigned hereby declare that the equipment specified above conforms to the above Directives and Standards Authorized officer of the company Patricia Thrasher Manager Quality Cust...

Page 4: ......

Page 5: ... clearance on all vented sides of the equipment to permit the airflow required for proper ventilation Do not restrict airflow into the equipment by blocking any vents or air intakes Restricting airflow can result in damage to the equipment intermittent shut downs or safety hazards Keep equipment away from extremely hot or cold temperatures to ensure that it is used within the specified operating r...

Page 6: ...na assembly may be heavy requiring two persons to lift Use caution when installing or removing unit Follow all equipment setup and lifting instructions specified in this document Ensure connectors are appropriate for intended operation Connectors are specified in the user manual and product specification sheet Do not exceed the maximum RF input level stated in the specifications Refer to the user ...

Page 7: ...von 10 2 cm 4 in auf allen belüfteten Seiten des Geräts ein um eine ausreichende Luftzirkulation zu gewährleisten Beinträchtigen Sie den Luftstrom des Geräts nicht indem Sie Lüftungsöffnungen oder den Lufteinlass blockieren Wird der Luftstrom eingeschränkt kann dies zu Schäden am Gerät periodischen Abschaltungen und anderen Gefahren führen Halten Sie das Gerät von extrem heißen oder kalten Tempera...

Page 8: ...n in diesem Dokument angegebenen Anweisungen zur Anbringung Stellen Sie sicher dass alle Anschlüsse für den beabsichtigten Betrieb geeignet sind Informationen zu den Anschlüssen erhalten Sie im Benutzerhandbuch und im Produktspezifikationsblatt Überschreiten Sie nicht den in Spezifikationen angegebenen maximalen HF Eingangspegel Informationen zum geeigneten HF Pegel erhalten Sie im Benutzerhandbuc...

Page 9: ...imitez pas le flux d air allant dans l équipement en bloquant tout évent ou entrée d air La restriction du flux d air peut endommager l équipement causer des coupures intermittentes ou des dangers pour la sécurité Tenez l équipement à l écart de températures extrêmement chaudes ou froides pour veiller à ce qu il soit utilisé dans la plage de fonctionnement indiquée Lorsque vous installez des acces...

Page 10: ...z prudent lorsque vous installez ou retirez l unité Respectez toutes les instructions concernant l installation et le levage de l équipement indiquées dans ce document Assurez vous que les connecteurs sont appropriés pour l utilisation prévue Les connecteurs sont indiqués dans le manuel d utilisation et la fiche signalétique du produit Ne dépassez pas le niveau d entrée RF maximal indiqué dans les...

Page 11: ...g is voor goede ventilatie mogelijk te maken Belemmer de luchtstroom in het apparaat niet door ventilatieopeningen of luchtinlaten te blokkeren Het belemmeren van de luchtstroom kan leiden tot schade aan het apparaat onregelmatige uitvallen of veiligheidsrisico s Houd het apparaat uit de buurt van extreem hoge of lage temperaturen om ervoor te zorgen dat het apparaat binnen het gespecificeerde wer...

Page 12: ...instellen en optillen van de apparatuur die in dit document worden vermeld Zorg ervoor dat de connectoren geschikt zijn voor de beoogde werking De connectoren worden gespecificeerd in de gebruikershandleiding en in het productspecificatieblad Overschrijd het maximale RF ingangsniveau niet dat in de specificaties is vermeld Raadpleeg de gebruikershandleiding en het productspecificatieblad om de toe...

Page 13: ...fications to the machine may have been made use this information only as a guide Carefully compare the unit s actual configuration and operation to the descriptions in this manual before you undertake to operate service or modify this machine Any variance or modification should be noted dated and initialed in the discrepant part of all manuals on hand for future reference If you have technical or ...

Page 14: ......

Page 15: ...equency with Gain set to 100 apply RF drive that will provide rated power This will help indicate if the gain or power is changing and if the traveling wave tube or pre amp needs service Record the following a RF Drive Level b Forward Power c Reverse Power d Body Current Iw e Sample Port Power reading if possible 3 Remove air intake filter and clean using compressed air and or vacuum cleaner 4 Ens...

Page 16: ......

Page 17: ...nal IEEE 488 Connector 10 3 2 8 RF Connector 11 3 3 Front Panel Features 11 3 4 Front Panel Display and Soft Keys 12 3 5 Rear Panel Features 16 3 6 Initial Turn on and Warm up Procedure 16 3 7 Emergency Bypass Operation 17 3 8 Remote IEEE 488 Operation 17 3 9 TWTA General Considerations 23 4 MAINTENANCE 25 4 1 Safety Warnings 25 4 2 Unauthorized Repairs 25 4 3 Preventive Maintenance 25 4 4 Trouble...

Page 18: ...hreaded Holes for Rear Panel Support 3 3 2 TWTA Front Panel 5 3 3 TWTA Front Panel Display Screens 6 3 4 TWTA Rear Panel Features 10 TABLES 3 1 TWTA Front Panel Features 5 3 2 TWTA Rear Panel Features 10 3 3 Catalog of IEEE 488 Commands 12 3 4 Catalog of Status Codes 13 3 5 Catalog of Fault Codes Returned by RDFLT Command 14 3 6 Catalog of System State Codes 15 3 7 STA Response Codes 15 3 8 STB Re...

Page 19: ...rall unit is 25 25 in deep excluding the rear panel connectors For bench top use the amplifier is supplied in an enclosure with integral carrying handles Primary power is 99 260 volts 50 60 Hz single phase An efficient switching power supply design provides minimum power consumption A fast regulation control loop and a high degree of filtering ensure performance within specifications over a wide r...

Page 20: ...40T18G26A 1 5 TEST DATA SHEET A Test Data Sheet for a specific unit is prepared at the time of manufacture and is included with the unit s copy of this manual 2 Rev C ...

Page 21: ...dband traveling wave tube TWT microwave amplifier designed for applications where wide instantaneous band width high gain and moderate power output are required A reliable TWT provides a con servative 40 watts minimum at the amplifier output connector Stated power specifications are at the fundamental frequency The amplifier s front panel digital display shows forward and reflected output plus ext...

Page 22: ... Cycle Some restrictions apply Contact AR with application requirements RF Rise and Fall 100 ns max 10 to 90 Delay 500 ns max from pulse input to RF90 Pulse width distortion 200 ns max 50 points of output pulse width compared to 50 points of input pulse width Noise Power Density pulse off Minus 140 dBm Hz typical Pulse Off Isolation 80 dB minimum 90 dB typical Pulse Input TTL Level 50 Ohm nominal ...

Page 23: ... and reflected sample port calibration data supplied on disk in Excel format at 51 points evenly spaced over speci fied frequency response S2F Flatness Flatness 4 dB max at rated power S2V Video Pulse capability S3F Reflected power port type K female connector on front panel Forward and reflected sample port calibration data supplied on disk in Excel format at 51 points evenly spaced over speci fi...

Page 24: ......

Page 25: ...l The RF input is fed to the solid state preamp via an input isolator E20374 000 The solid state preamp s output passes through a voltage controlled attenuator E20370 000 to drive the RF input of the TWT Each unit is provided with an RF equalizer E01461 000 adjusted to achieve the flatness specification The RF output of the TWT is a type WR 42 waveguide flange The output is directed through a wave...

Page 26: ...rovides Direct Current DC power for the HPA interface and emergency bypass boards Control logic and TWT protection circuits are contained in the HPA Logic and Control Assembly A16485 000 The Heater Power Supply Module A25963 000 powers the TWT DC heater In addition the millimeter wave TWT has an anode supply A10007 000 and a grid modulator A23684 093 The high voltage power supply consists of the f...

Page 27: ...ent in microwave tube amplifiers in general and with this equipment in particular Never handle the TWT leads or the high voltage connectors unless the unit has been unplugged and it has been positively established that the high voltage filter capacitors have been discharged to a known safe level WARNING Safety Ground Improper grounding of this equipment can result in electric shock The TWTA must b...

Page 28: ...a two person operation Before removal disconnect power RF and any other interface connectors On the rear of the unit remove any screws used to connect brackets to the amplifier On the front of the unit remove the four screws holding the front panel to the cabinet Carefully slide the amplifier out of the front of the cabinet CAUTION Never rack mount the TWTA using the front panel alone the unit s c...

Page 29: ...utlet If the unit is rack mounted make sure that the intake air is 45 C or below If necessary fabricate a short duct to direct the hot exhaust air out of the rack enclosure Great care must be taken to minimize any air flow restrictions Avoid mounting heat producing equipment in the same rack especially below the TWTA Failure to provide adequate cooling can result in the unit s shutting down from o...

Page 30: ...ossibility of damaging the load by overheating before the switch opens The TWTA may be interlocked with the switch by connecting it between pins 3 and 4 of the external interlock connector J2 If no external isolator is used install the factory supplied connector with the jumper between pins 3 and 4 and pins 10 and 11 See section 3 2 6 External Interlock Connector below 3 2 6 External Interlock Con...

Page 31: ...TE Push button turns on high voltage when all faults and heater delay are cleared 3 STANDBY Push button biases grid off and turns off high voltage 4 ADJUST Rotary knob used as an input device to change values of a variety of parameters 5 EXIT Push button terminates various menu selection routines and returns to the previous menu level 6 9 S1 S4 Soft Key push buttons various menu selection function...

Page 32: ...rmational screens are programmed It is important for the operator to be able to select the screen with the required information Screen selection is accomplished by pressing an appropriate soft key or by pressing the EXIT key When a soft key is active its function is displayed on the bottom line of the display Figure 3 3 provides a roadmap for navigating between the screens Figure 3 3 TWTA Front Pa...

Page 33: ...pply and put the HPA into Sleep Mode see below Pressing S1 SET toggles between On and OFF Pressing MORE again brings up the SETUP 2 screen which allows the user to change the Auto Sleep Mode timer setting Pressing SET will change the timer options in half hour increments from 0 5 to 3 0 hours Pressing MORE again will save the timer setting and bring up the SETUP 3 screen which toggles the display ...

Page 34: ...ng more brings up WARNINGS 2 which allows the under forward power set point to be entered Adjusting this to the minimum value causes OFF to be selected thereby disabling this alarm In WARNINGS 3 the maximum reflected power level is set Note that these are warning levels at which the beep sounds the actual maximum reflected power level that generates a system fault is set in hardware in the TWT pow...

Page 35: ...e TWTA is used as a fault display line until the fault is cleared When the fault clears the system will automatically resume the standby state and high voltage on will be enabled once again Factory Service Screens A number of screens intended for factory service and calibration are behind passwords and are not accessible to the user System Malfunction Screens A number of screens are reserved to di...

Page 36: ...he RF input Type K connector A1J1 Set RF generator level below 50 dBm and set desired frequency in specified range Connect a load suitable for 100 watts continuous operation to the output waveguide The load VSWR should be less than 2 0 1 A power meter and suitable attenuators may be connected to the RF sample port A1J2 or optional reverse power sample port Refer to RF sample port calibration facto...

Page 37: ...urrent is a good qualitative indicator of RF drive present To shut the system down turn down the RF generator level below 50 dBm and press STANDBY Allow the TWTA to cool down until the TWT temperature drops below 60 C then turn off the main power 3 7 EMERGENCY BYPASS OPERATION For reference see schematic 10 24830 in section 5 2 The TWTA is provided with a means of operating the amplifier manually ...

Page 38: ...setpoint F F TWTOTF F STWTOTF Sets TWT overtemp warning setpoint F F RDTWTOTC Returns TWT overtemp warning setpoint C C TWTOTC C STWTOTC Sets TWT overtemp warning setpoint C C RDPSOTF Returns power supply overtemp warning setpoint F F PSOTF F SPSOTF Sets p s overtemp warning setpoint F F RDPSOTC Returns p s overtemp warning setpoint C C PSOTC C SPSOTC Sets p s overtemp warning setpoint C C RDIWOC ...

Page 39: ...oduct model number STA Returns status string see Table 7 STB Returns status string see Table 8 Table 3 4 Catalog of Status Codes The RDSTAT command causes the TWTA to return a string in the form STATUS code where code is an ASCII number whose meaning is given below Status Code Meaning 0 No command was given 1 Last command was successful 2 Last command is in process 3 Last command failed to complet...

Page 40: ...7 System Fault 8 Fil not ready 9 Low Line 10 Cathode overvoltage 11 Body overcurrent 12 Cathode undervoltage 15 Collector undervoltage 16 Inverter fault 17 Internal interlock open 18 Tube arc 19 TWT hardware overtemperature 20 Cabinet hardware overtemperature 22 External inhibit 23 Over reverse power 30 Grid or anode overvoltage 49 TWT software overtemperature 50 Cabinet software overtemperature 2...

Page 41: ...ime delay expired 5 Under forward power warning 6 Foldback active 7 MSB Inhibit mode x bit Meaning 8 LSB External inhibit 9 Interlock open 10 not used 11 MSB not used w bit Meaning 12 LSB not used 13 Sleep Mode Active 14 not used 15 MSB not used Table 3 7 STA Response Codes The command STA causes the TWTA to send a string indicative of the current system state STA response Meaning SLEEP Sleep Mode...

Page 42: ...auto off time delay 5 3 0 hour heater auto off time delay Command syntax is in this form command mnemonic parameter carriage return where command mnemonic consists of one of any valid command found in Table 3 3 parameter as applicable consists of one ASCII space character followed by a number and carriage return consists of an ASCII carriage return All commands are case sensitive The system will r...

Page 43: ...a weekly basis should effectively reduce nuisance tripping Since the cathode structure has finite life extended periods of non functional operation of TWTAs is not recommended An alternate approach if periodic trip off has been observed is to operate the unit without rf input for 1 2 hours before planned functional operation resetting the unit after occasional trip off Cooling during Operate Mode ...

Page 44: ...ased thus corrupting the vacuum of the tube If the tube become too gassy arcing may occur when the high voltage is fully applied in the Operate mode Another possible failure mode is a body over current fault when the beam is turned on and the tube is gassy Occasional arcing is normal for a TWT The support components are designed to handle this protecting both the TWT and its support circuitry Howe...

Page 45: ...ower supply can cause damage to the TWT If you are troubleshooting the TWTA remove the TWT and substitute suitable loads to prevent damage to the TWT 4 2 UNAUTHORIZED REPAIRS CAUTION Unauthorized repairs or modification of this product during the warranty period may void the warranty In the event that the TWTA malfunctions while it is still under warranty always contact an authorized service repre...

Page 46: ...switch open Control module display does not come up unit does not beep when powered up Shorted or defective control module power supply Control module failure Control module does not boot EPROM s missing EPROM pins are bent 64 conductor ribbon cable is defective Control module datalink failure error or Communication Problem error appears HPA interface failure Fiberoptic link failure 15 VDC supply ...

Page 47: ...age Diode Capacitor Assembly A23707 002 the High Voltage Filter Assembly A21457 064 and the Heater Supply A25963 000 are encapsulated modules and are not repairable Contact an authorized service representative if replacement modules are needed Rev C 27 ...

Page 48: ...40T18G26A 28 Rev C ...

Page 49: ... servicing It is intended for use by qualified technical personnel who must troubleshoot and repair the TWTA in the field Such repairs are typically limited to replacement of modules or major components For this reason only documentation pertaining to the highest levels of the system and to system control logic is included Rev C 29 ...

Page 50: ...SUPPLY XFMR 1A1A8A1T2 A09228 000 FEEDBACK XFMR HAND WOUND 1A1A8A1T3 A09595 064 950V BIAS SUPPLY XFMR 1A1A8A1T4 T5 A09230 000 XFMR GATE DRIVE HAND WOUND 1A1A8A1T6 A09598 064 TOP AND AUXILIARY SUPPLY XFMR 1A1A8A2 A16486 064 MODULATOR S CONTROL BOARD 1A1A9 A25963 000 HEATER MODULE MM WAVE 1A1A9T1 A09409 000 XFMR HEATER FEEDBACK 1A1A9T2 A09408 000 XFMR HEATER POWER 1A1A10 A10017 064 PWM BD FOR TWT TH3...

Page 51: ...0T18G26A 5 2 SCHEMATICS 10 16485 000 HPA Logic and Control A16485 000 10 24830 000 Emergency Bypass Board A24830 001 10 25444 000 HPA Interface A25444 000 10 28050 000 HPA 40T Series A28050 342 Rev C 31 ...

Page 52: ...40T18G26A 32 Rev C ...

Page 53: ... Power supply for TWT 6193 A24830 001 Emergency bypass board for reflected foldback A25444 000 HPA interface A28050 342 HPA 40W 18 26 5 GHz w Teledyne tube AR A28051 042 Microwave power assembly K band 40 watt Teledyne tube A28052 000 Wiring kit for 40T series K Ka TWTA Rev C 33 ...

Page 54: ...SUB PCB RIGHT ANGLE AMP 747252 4 1 J18075 000 MALE SCREW LOCK FOR D SUBMIN CONN AMP 205817 1 1 J4 J5 J18086 000 CONN SMA JACK RECEPTACLE RIGHT ANGLE 0 18GHZ PC MOUNT JOHNSON COMPONENTS 142 0701 301 2 J1 N25003 000 HYPERTRONICS CONN 29 PIN MALE RIGHT ANGLE CUT ENDS 1 Q2 Q22907 000 TRANSISTOR PNP 2N2907A TO 18 1 R1 R9 R19 R37 R44 R50 R00100 000 RES 10 OHM 1 4W 5 CC A B RC07GF100J 6 R4 R20 R27 R29 R0...

Page 55: ...R15 R32020 000 TRIMPOT 10K 1 2W 10 CERMET 20T SIDE ADJ BECKMAN 67X 2 U4 U5 U6 U02390 000 IC QUAD COMPARATOR NAT LM139J 3 U7 U03240 000 IC LOW POWER OP AMP NAT LM324 1 U9 U10070 000 REFERENCE PRECISION 10V LINEAR TECH LT1031DCH 1 U8 U17805 000 IC 5V REGULATOR TO 220 NAT LM340T 5 0 1 U1 U2 U3 U20148 000 IC HEX INVERTER SCHMIDTT TRIGGER 74HC14 SSD 3 RP8 U30106 000 IC 10K RES NETWORK 6 PIN SIP DALE MS...

Page 56: ...V FILTER FOR MM WAVE P S 1 A13 A21458 007 HV SPURIOUS REDUCTION FILTER 1 A4 A23683 100 POWER FACTOR MODULE 500W 1 A8 A23684 093 GRID MODULATOR FOR TWT3864C SAME AS 964 BUT 50V 1 A2 A23687 001 LOW VOLTAGE POWER SUPPLY MODULE 1 A6 A23707 002 HV DIODE CAP ASSY FOR TWT 6193A4 D4 1 A1 A23709 000 HEAT SINK MOTHER BOARD ASSY 1 A5 A23710 000 POWER ASSEMBLY FOR 100WKU 1 A11 A25398 040 FACTORY SELECT PARTS ...

Page 57: ...42 0701 301 1 J1 J18180 000 CONN D SUB 15 PIN MALE STRAIGHT PCB MOUNT POSITRONIC MD15M3000 1 Q1 Q3 Q22222 000 TRANSISTOR NPN 2N2222A TO 18 3 Q4 Q5 Q22907 000 TRANSISTOR PNP 2N2907A TO 18 2 R18 R23 R01100 000 RES 100 OHM 1 4W 5 CC A B RC07GF101J 2 R21 R01150 000 RES 150 OHM 1 4W 5 CC A B RC07GF151J 1 R19 R02100 000 RES 1K 1 4W 5 CC A B RC07GF102J 1 R3 R5 R7 R02220 000 RES 2 2K 1 4W 5 CC A B RC07GF2...

Page 58: ...10 11 22 23 24 25 26 28 30 33 35 40 41 42 48 49 50 51 53 62 63 64 65 70 71 73 77 79 83 85 87 88 89 91 94 96 97 98 102 103 105 107 108 109 110 111 112 113 114 115 116 117 121 125 132 167 C31036 000 CAP 0 1MF 100VDC 10 CER 1 FAILURE KEMET CKR06 SERIES W V OPTION 61 C12 C14 C21 C27 C29 C31 C34 C36 C38 C17 C18 C19 C37 C54 C55 C56 C57 C58 C59 C60 C61 C118 C119 C120 C122 C123 C124 C133 C46 C52 C66 C68 C...

Page 59: ...CUBE 4 Q1 Q2 Q3 Q4 Q5 Q6 Q7 Q8 Q22222 000 TRANSISTOR NPN 2N2222A TO 18 8 R2 R01220 000 RES 220 OHM 1 4W 5 CC A B RC07GF221J 1 R41 R01680 000 RES 680 OHM 1 4W 5 CC A B RC07GF681J 1 R1 R04200 000 RES 200K 1 4W 5 CC A B RC07GF204J 1 R4 R7 R05820 000 RES 8 2M 1 4W 5 CC A B RC07GF825J 2 R6 R8 R58 R20100 000 RES 100 OHM 1 2W 1 MF 100PPM DALE RN55D 3 R57 R20200 000 RES 200 OHM 1 2W 1 MF 100PPM DALE RN55D...

Page 60: ...0 1 U51 U21328 000 IC QUAD 2 INPUT NAND SCHMIDTT TRIGGER 74HC132 SSD 1 U52 U21388 000 IC 3 TO 8 DECODER DEMULTIPLEXER INVERTING 74HC138 SSD 1 U32 U21536 000 IC DUAL 4 INPUT DIGTAL MULTIPLEXER 74F153 SSD 1 U35 U22598 000 IC 8 BIT ADDRESSABLE LATCH W RESET 74HC259 SSD 1 U47 U23909 000 IC DUAL 4 BIT BINARY BIQUINARY COUNTER 74HCT390 SSD 1 U41 U48 U24018 000 IC JOHNSON DECADE COUNTER W 10 DECODED OUTP...

Page 61: ...ON QUANTITY RP1 RP5 U32103 000 IC 10K FEED THROUGH RES NETWORK 16 PIN DIP A B 316B103 5 U56 U40008 000 REGULATOR OIL 5V 100MA TO 92 MOTOROLA MC78L05ABP 1 U55 U40012 000 FLIP FLOP OCTAL D TYPE LATCH WITH RESET NATIONAL MM74HC273N 1 Rev C 41 ...

Page 62: ...T 6193A4 D4 1 A6 A23692 000 INSULATED FAN DRIVER 1 A5 A24830 001 EMERGENCY BYPASS BOARD 1 A4 A25444 000 HPA INTERFACE BOARD PLASTIC FIBERS 1 A10 A27742 000 LOW PROFILE CABINET ASSY K AND KA BAND 1 A3 A27752 300 AR TWTA CONTROL ASSY 1 A2 A28051 042 MICROWAVE POWER ASSY K BAND 40 WATT TELEDYNE TWT 1 A9 A28052 000 WIRING KIT 40W K KA BAND 1 42 Rev C ...

Page 63: ... W3 W4 W5 W6 W1 E20319 000 CABLE ASSY 30 GHZ K MALE TO K MALE 8LONG ASTROLAB MINIBEND K 8 6 A7 E20364 000 DIRECTIONAL COUPLER 10 DB 18 26 5 GHZ 3 5 MM KRYTAR 262210 1 A2 E20370 000 VOLTAGE CONTROLLED ATTEN 18 26 5 GHZ 0 35 DB WR 42 0 5 VDC CONTROL VOLTAGE QUINSTAR QAV4202CB 1 A1 E20374 000 COAXIAL ISOLATOR K BAND 18 26 GHZ DITOM D3I 1826 1 E21002 000 ADAPTER K M K M ANRITSU K220B 2 E21003 000 ADAP...

Page 64: ... 03 09 2021 1 P11 P13 J01021 000 CONN MALE 2 PIN 063 MOLEX 03 06 2023 2 P32 J01031 000 CONN MALE 3 PIN 063 MOLEX 03 06 20332 1 XP14 XP30 J03000 000 TERMINAL PIN SOCKET TYPE PIN FEM CRIMP MOLEX 02 09 1118 3 XP11 XP13 XP32 J03013 000 CONN PIN MALE 063 MOLEX 002 06 2103 7 XJ1 J04000 000 TERMINAL PIN SOCKET TYPE MALE CRIMP MOLEX 02 09 2118 2 XP10 XP12 XP31 J04013 000 CONN PIN FEMALE 063 MOLEX 002 06 1...

Page 65: ...CM 100 090 041G WITH KEY E100 1 U1 U2 U00052 000 PRECISION CELSIUS TEMP SENSOR TO 220 NATIONAL LM35DT 2 W01880 000 WIRE 26 AWG COAXIAL RG 188A U 900V BELDEN 83269 8 W11400 000 WIRE 14 AWG 600V BLUE ALPHA 5859 8 W11800 000 WIRE 18 AWG BLUE BELDEN 83009 4 W12200 000 WIRE 22 AWG BLU 600V TEFLON BELDEN 83006 8 W21600 000 POWER CORD 3 COND 16 AWG 125V 13A 10 FEET 3 PIN MALE TO 3 PIN FEMALE IEC 320 C133...

Page 66: ...ltage filter assembly A23684 093 Grid modulator for TWT 3684C A23687 001 Auxiliary power supply module low voltage power supply A23707 002 High voltage diode cap assembly A25963 000 Heater power supply module Y10057 000 Spinnaker DC blower Comair Rotron model SPD24B1 part no 032183 46 Rev C ...

Page 67: ...RE 1040 1041 DIM F 80 1042 DIM A 80 1050 CLEAR SCREEN 1060 INPUT INPUT COMMAND TO SEND TO POWER SUPPLY EXIT TO QUIT A 1070 IF A EXIT THEN 1130 1080 OUTPUT 701 A 1090 IF A 1 2 RD THEN GOTO 1060 1095 IF A 1 1 THEN GOTO 1100 1100 ENTER 701 F 1110 PRINT OUTPUT FROM COMMAND A IS F 1120 GOTO 1060 1130 CLEAR SCREEN 1140 END Rev C 47 ...

Page 68: ...40T18G26A 48 Rev C ...

Page 69: ... cover If the security label is removed and or cut the warranty of the module will be voided Vacuum tubes in the L series amplifiers traveling wave tubes in TWT amplifiers and power heads will be free from defects in material and workmanship for a period of one 1 year Contact AR RF Microwave Instrumentation for warranty information regarding items not listed Seller s sole responsibility in fulfill...

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