PHLTXUP25002.5 kW Analog TV broadcast transmitter

AUTV/2500LD LDMOS - UHF TV Solid State Amplifier Userís manual CODE: APT135A TITLE: AUTV/2500LD REV: 0 DATE: 19/12/03 SS 96 Km 113 70027 Palo del Colle (Ba) ITALY Tel. +39 (0)80 626755 Fax +39 (0)80 629262 E-mail: [email protected] Web site: http://www.elettronika.it Registration number: IT-17686 Registration number: IT-24436 Index Index ................................................................................................................................... 3 Warning .............................................................................................................................. 5 Warranty ............................................................................................................................. 6 Introduction ....................................................................................................................... 7 Content of the manual....................................................................................................... 7 Treatment of electrical shock ...........................................................................................9 First-aid ......................................................................................................................... 10 Treatment of electrical burns.......................................................................................... 10 Note ............................................................................................................................... 10 Section 1 - Information .................................................................................................... 13 1.1 Description............................................................................................................... 14 1.2 Technical characteristics.......................................................................................... 15 Section 2 - Installation..................................................................................................... 17 2.1 Operating environment ............................................................................................ 18 2.2 Preliminary operations............................................................................................. 18 2.3 Telemeasuring socket connections ......................................................................... 19 2.4 RS232, RS485 and AGC Socket connections ......................................................... 19 2.5 Preventive maintenance .......................................................................................... 20 Front panel .................................................................................................................... 21 Rear panel ..................................................................................................................... 22 Section 3 - Operation....................................................................................................... 23 3.1 Operation ................................................................................................................. 24 3.2 Display..................................................................................................................... 25 3.3 Menu........................................................................................................................ 25 - RF Powers ................................................................................................................ 27 - Power Supply ........................................................................................................... 27 - Log/Alarms............................................................................................................... 27 - Working timer ........................................................................................................... 28 - Thresholds ............................................................................................................... 28 - RMS/Peak................................................................................................................ 29 - Date/Time ................................................................................................................ 29 - Display ..................................................................................................................... 29 - Frequency (only for FM Amplifiers) .......................................................................... 30 - Slave address .......................................................................................................... 30 - Remote .................................................................................................................... 30 - Interlock.................................................................................................................... 30 - Firmware release......................................................................................................31 - Serial number .......................................................................................................... 31 Section 4 - Diagram ......................................................................................................... 33 Cable diagram ...............................................................................................................34 AUTV/1500LD Component layout ................................................................................. 35 RF section Block Diagram............................................................................................. 36 MTF0070BR0 Amplifier module - Component list ............................................................ 37 APT117B AUTV/1500LD - Component list ....................................................................... 39 SCH0192AR0 (200W UHF LDMOS Amplifier module) ................................................ 41 -…

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50 LDMOS - UHF TV AMPLIFIER AUTV/1500LD Userís manual 51 This page is intentionally blank 52 _______________________________________________________________________________________________ Section 1 - Information Contents: 1.1 Description 1.2 Technical characteristics 53 1.1 DESCRIPTION The AUTV/1500LD is an amplifier operating into Band IV-V for common amplification process of the Vision and Sound carriers. The amplifier has been designed to offer to the customer high performances, high reliability and greater simplicity in his operation and maintenance procedures. The amplifiers modules employ all solid state LDMOS technology in order to obtain high gain, wide- band performances, very good linearity, reliability and high efficiency. The equipment design allows the soft degradation (RF power loss) for several transistor faulty: in fact the output combiner uses RF power resistors for unbalancing power dissipation. The unit is enclosed in a cabinet for 19î- 6U rackmounting. AUTV/1500LD LDMOS - UHF TV AMPLIFIER 54 1.2 TECHNICAL CHARACTERISTICS RF Frequency range470 - 860MHz Output power1300W PEP Video/Sound power ratio10/1 Out stage technologySolid State LDMOS Vision-Sound amplificationCommon I.M.D. (-8, -10, -16dB)Better than -54dB StandardsG, K, N Spurious and harmonics levelIn compliance with CCIR rec. RF Output impedance50W RF Output connector7/16î GENERAL Power supply230Vac, ±10%, 50/60Hz 400Vac 3P+N (on request) Power consumption3400VA at black level RS232 SocketDB9 Connector (on front panel) RS485 SocketDB9 Connector (on rear panel) Telemeasuring socketDB9 Connector (on rear panel) AGC SocketDB9 Connector (on rear panel) Power factor> = 0.9 Ambient temperature-5∞ to +45∞C Relative humidity20% - 90% AltitudeUp to 2.500 meters CoolingForced air CabinetRack 19î-6U Dimensions760x263x266mm Weight70kg PROTECTION THR. FWD Power1500W REF Power150W Unbalacing350W Temperature75∞C I DC 25A V DC Min 10V - Max 33,5V 55 This page is intentionally blank 56 _______________________________________________________________________________________________ Section 2 - Installation Contents: 2.1 Operating environment 2.2 Preliminary operations 2.3 Telemeasuring socket connections 2.4 RS232, RS485 and AGC socket connections 2.5 Preventive maintenance - Front panel - Rear panel 57 2.1 OPERATING ENVIRONMENT You can install the apparatus in a standard component rack or on a suitable surface such as a bench or desk. In any case, the area should be as clean and well-ventilated as possible. Always allow for at least 2 cm of clearance under the unit for ventilation. If you set the apparatus on a flat surface, install spacers on the bottom cover plate. If you install the apparatus in a rack, provide adequate clearance above and below. Do not locate the apparatus directly above a hot piece of equipment. 2.2 PRELIMINARY OPERATIONS Correct installation of the equipment is important for maximum performance and reliability. Antenna and earth connections must be installed with the greatest care. The equipment adjustment isnít need, because the unit is completely adjusted by our technical staff. This is the installation procedure: 1. connect the power supply cable of the exciter to the auxiliary socket on the rear panel of the amplifier; 2. connect the power supply cable of the amplifier to the electric network (230VAC). If there is the Isolator Transformer, the amplifier is provided with cable and plug; 3. connect the exciter / antenna cables respectively to the RF IN and RF OUT on the rear panel of the amplifier. WARNING!!! FOR ELECTRICAL SAFETY REASONS AND IN ORDER TO KEEP THE APPARATUS SAFE, THE GROUND TERMINAL OF THE APPARATUS MUST BE CONNECTED TO THE EXISTING GROUND- ING SYSTEM AND NOT BY USING THE SHIELD OF THE OUTPUT COAXIAL CABLE. 13 2 Three-Phase cabling Monophase cabling 58 When the apparatus is put within a combined system it is directly connected to the input splitting and output combining systems. Before fully powering the apparatus, check that the output connections of the coaxial cable to the antenna system are working. In order to this it is possible to check the indication of the reflected power at low power levels. Only if the SWR indication on the display is 0, the output power can be slowly increased. At maximum output power, some watts might be shown as reflected power. 2.3 TELEMEASURING SOCKET CONNECTIONS DB9 Socket 2.4 RS232, RS485 AND AGC SOCKET CONNECTIONS PIN N∞SIGNAL TYPEIN / OUTFUNCTION 1AnalogOutputFWD Power 2AnalogOutputREF Power 3DigitalOutputTemperature 4DigitalInputInterlock 5GND -- 6 - 7DigitalOutputFree contact (closed when alarm) 8DigitalInput 0V = ON 5V = Normal 9DigitalInput 0V = OFF 5V = Normal PIN 123456789 FUNCTIONS -TxDRxD-GND---- RS232 - DB9 Socket PIN 123456789 FUNCTIONS -Rx-Rx+5VGND-Tx-Tx+- RS485 - DB9 Socket 59 AGC - DB9 Socket PIN N∞SIGNAL TYPEIN / OUTFUNCTION 1GND -- 2DigitalOutput 0V = Normal 5V = AGC Alarm 3DigitalOutput 0V = Normal 5V = AGC Alarm 8AnalogOutputFWD Power 9AnalogOutputFWD Power 2.5 PREVENTIVE MAINTENANCE To ensure maximum performance and minimum repair trouble, we strongly recommend you to follow the below stated headlines for preventive maintenance: 1. check antenna installation and ground connection at regular intervals; 2. keep your apparatus clean and dry externally: this will ensure continuous functioning of the front panel controls; 3. if the apparatus has not been used for a long period of time combined with exposure to extreme environ- mental conditions, open the unit and make a visual inspection. Remove salt, water or ice with a moist cloth before turning the apparatus on. Check that the cooling fans are running freely. 4. for general maintenance and top performance, call an authorized service technician to give the apparatus and the complete antenna/earth connection installation a general check every 12-18 months; 5. check at regular intervals that the air intake located on the front panel is free of dust. If there is visible dust, remove it by …

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87 Picture 1: Simplified block diagram of the control and display board CONTROL BOARD AND DISPLAYSCH0223AR1 DESCRIPTION The control board SCH0223AR1 manages the operational logic of the amplifier: switching on and off, power supply and fans, alarms and protections, remote control, human-machine interface. There are managed by a modern and powerful 16 bit micro-controller (MB90F543), made by Fujitsu, which is the main part of the board. Picture 1 shows the block diagram. 88 It can be seen that the micro-controller is the heart of the control system, to which the various peripherals (power supply, serial ports, telemeasure socket, AGC port, RF amplifier module, ROM, clock, display and keys) are interfaced. - Power Supply The board is powered with a continuous +24V voltage from which the +5V voltage powering the most of the chips (micro-controller, operational amplifiers, display, etc.) is derived by means of a switching converter (see IC19). A +12Vdc voltage is obtained from it as well, by means of a linear conversion provided by the integrated circuit IC8. From this, a -12Vdc voltage is obtained by means of the integrated circuit IC5. The -12V voltage is also used to adjust the contrast of the display. - Connectors On the board SCH0223AR1 there are several connectors used as interfaces for the peripherals of the apparatus and the ports for external communication. POWER SUPPLY The connectors J1, J6, J8 e J12 are connected to the power supply powering the RF amplifier modules. The number of power supply used changes depending on the amplifier, up to four power supply. They are connected in the order shown in Table 1 below. Remaining connectors, if any, are left unused. Table 1: Interface connectors for the power supply Through this connection, each power supply provides the two levels of voltage and current acquired by the micro-controller by means of an internal ADC. Besides the connectors allow the control board to turn on or off the individual power supply (for instance when an alarm occurs). The used power supply are protected CONNECTORPOWER SUPPLY N∞ J11 J62 J83 J124 89 agaimst voltage surges or temperature increases. If one of these events occurs, the power supply is switched off and the event is signalled to the micro-controller through the connection with the control board. RF AMPLIFICATION The J3 connector interfaces the control board with the RF amplification section. Through this connector the micro-controller acquires the sample of forward and reflected power, unbalancing (if any), and temperature of the critic amplification area. It also allows to inhibit the transistors in case of reflected power alarm, by means of a totally hardware, thus extremely fast protection. Depending on the apparatus, this connector may also allow to enable or disable the cooling fans of the critic area. RS485 The J11 connector (10 pin socket) is directly wired to a DB9 female connector placed on the rear panel of the apparatus. This communication bus allows to connect the amplifier to the control (Amplifier Control) module of a high-power transmitter composed by several individual amplifiers. In this case, each amplifier and the Amplifier Control are connected to the same 4-wires RS485 bus and each of them as a unique address (which can be set by means of the keys and the display) for correct communication. In case of single (stand-alone) amplifier, the RS485 connector can be used for connection to the Remote Control Unit (RCU) made by Elettronika S.r.l. This unit allows to monitor and control the remote transmitter from any site provided with PSTN or GSM 1 phone connection. Table 2 shows the wiring between the J11 connector on the board and the DB9 female connector on the rear panel, along with the description of the lines. 1 For more details about the control system contact the distributor or the manufacturer. PIN N∞ ON DB9 PIN N∞ ON J11 DESCRIPTION 11 Not used 23Rx- 35Rx+ 47 +5V 59 GND 62 Not used 74Tx- 86Tx+ 98 Not used Table 2: Description of the RS485 connector 90 TELEMEASURES The J9 telemeasure connector (10 pins socket) is directly wired on a DB9 female connector placed on the rear panel. There are input and output digital lines (TTL level) and analog output lines on this connector, which are used to monitor and control the amplifier by means of a general-purpose remote control system. The correspondende between the pins of the J9 connector on the board and the DB9 female connector on the rear panel, as well as the meaning of the various lines, is shown in table 3 below (the directions refers to the position of the micro-controller on the board). PIN N∞ ON DB9 PIN N∞ ON J9 TYPEDIRECTIONDESCRIPTION 11AnalogOutputForward power 23AnalogOutputReflected power 35AnalogOutputTemperature 47DigitalInput Interlock: 0V = Interlock Alarm 5V = Normal 59- -Ground 6-72-4DigitalOutput Free Contact (closed when amplifier is in alarm) 86DigitalInput Turning-on control (usually high, active when low) 98DigitalInput Turning-off control (usually high, active when low) Table 3: Description of the telemeasures connector The input stage of the digital controls has an internal pull-up towards the 5V power supply voltage. To use this lines it only takes setting a switch to close to earth, when closed, the relevant control (turning on or off) is enabled and the switch may be switched open again (impulse controls). The interlock pin may be used as protection so that the amplifier is switched off the digital input level is low. It is possible to use several serially connected switches to make an interlock chain. Usually all switches are closed and the interlock level is low, thus the amplifier is on. If even only one of the switches is opened, the (*) (*) (*) You can select by means of two jumpers on the board (JP1 and JP2) RMS or peak power. If there are two jumpers on pins 1 and 2 of JP1 and JP2 connector, RMS power is selected. Otherwise, if there are two jumpers on pins 2 and 3 of the same connectors, peak power is s…

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January 26, 2007 Federal Communications Commission Office of Engineering Technology 445 12 th Street SW Washington, DC 20554 Dear Sir, This letter will serve to address FCC correspondence letter 32264 regarding the type certification for the Elettronika TXUP2500 broadcast transmitter. The associated FCC ID number is PHLTXUP2500. Specifically, the correspondence letter identified above seeks additional information on how the transmitter is configured regarding whether integral components are the same for both frequency ranges of the proposed grant frequencies. As the technical consultant for Elettronika, they have authorized me to provide information which should help resolve this question. It is my technical opinion that only one set of test data needs to be submitted for both frequency ranges 470-608 MHz and 614-806 MHz based upon the design of the unit. The design of the unit is such that the transmitter works over the entire 470-806 MHz with no change of parts. The only frequency dependent parts within the transmitter are the channel filter in the exciter and transmitter final bandpass filter. The exciter filter is a passive device and consists of one item that is tuned per operating channel. Likewise the transmitter final bandpass filter is a passive device and is the same block of material but it is tuned to the desired operating channel. The performance obtained at any test frequency within the entire range of 470-806 MHz will be representative of each transmitter shipped. If there are any clarifications needed or you have any questions please give me a call at the number above. Sincerely, Greg Best President Cc Maria Quintero, Elettronika America Greg Best Consulting, Inc. 9223 N. Manning Ave. Kansas City, MO 64157 816-792-2913

TXUP2500 EXTERNAL CONSTRUCTION PHOTOS FRONT VIEW TOP FRONT VIEW BOTTOM FRONT VIEW REAR VIEW LEFT SIDE WITH SIDE PANEL

TXUP2500 INTERNAL CONSTRUCTION PHOTOS REAR VIEW—DOOR OPEN TOP REAR VIEW BOTTOM REAR VIEW RIGHT SIDE WITHOUT SIDE PANEL LEFT SIDE WITHOUT SIDE PANEL

AUTV/2500LD LDMOS - UHF TV SOLID STATE AMPLIFIER INTRODUCTION The AUTV/2500LD belongs to the High Power UHF products family of Television Transmitters fully in solid state technology. The AUTV/2500LD series represents the 2.5kW TV Transmitters operating in the IV/V Band for Common amplification process (separate amplification available) of the Vision and Sound carriers. This Transmitters family has been designed to offer to the customer high performances, high reliability and greater simplicity in their operation and maintenance procedures. The Vision and Sound signal processing is provided for all TV Standards and all types of Audio applications (Mono & Dual sound - NICAM) together with colour systems such as PAL - NTSC - SECAM. Thanks to the amplitude and phase pre- correction circuit, it is possible to cancel the distortions in the output stage, thus cutting down the operating costs. The RF transposition in the driver is carried out by a synthesizer with various possibilities of accuracy and stability as well as precision offset locked by internal or external frequency reference. The RF amplifier is made up by two RF modules installed in a power rack. The modules are dedicated for the Vision and Sound carriers common amplification. The amplifiers employ solid state LDMOS technology in order to obtain wide band, reliability, and high efficiency. Each RF module has a built-in switching- mode power supply unit, self-protected against overcurrents and overvoltages, as well as overtemperature and VSWR for RF parameters. The cooling system is fully contained into the transmitter. The control unit provides full management of the transmitter without the presence of the operator, the system includes a central controller and several peripheral units installed in each RF module and rack. The control device includes a fault finding system to detect equipment malfunctions and locate the faulty subassembly which needs to be replaced. The interlock circuit is independent on the software and remains always operational whether computer control is present or not. The operator interface is made by a high resolution LCD graphic display and a simple keyboard, the menu is very friendly and easy to use. The Control Unit can be fully controlled in REMOTE mode via link or via modem in RS232 or other interface. The equipment design allows the soft degradation (RF power loss) for several transistors faults.

29 Part Name CodeDescriptionQty CON0145CON0145R0 POST. CASS. CONTROLLO APG012B1 05504CON0134R0 PIANO PROF. 260 ARE. p. 02047 ZN1 05525LAT. 3U PROF. 260 TAV. 424/A p. 2033 ZN2 PAN0066PAN0066R0 PANNELLO CONTR. APG012B 3U1 CON0153CON0153AR0 BASE CASS. CONTR. x APG012 ZN1 0552BKIT MANIGLIE 3-4U cod. 235.0122 02880SPINA V.DE 10A + INT. + FUS. DA PANN. BZ15011 1 SCH0239AR0SCHEDA DI CONTROLLO CON DISPLAY1 SCH0110BR0SCHEDA 3 IN. ANALOGICI MASTER APG012B1 SCH0152AR0SCHEDA COMMUTAZIONE 220VAC x APG012B1 SCH0241AR0SCHEDA IN/OUT DIGITAL SIGNAL FOR APG012C 1 E0031ALIM. SWITCHING S-60-241 07926PROTEZIONE IN GOMMA PVC PG 0871 02843SPINA SCHERM. 2 POLI cod. 525.25521 02695CONNETTORE DB9F x CAVO IU0080591 02856CONNETTORE DB25F x CAVO 525-28121 07925PROTEZIONE IN GOMMA PVC PG0751 07524AINTERR. NERI I39101 02018GE 35145D/22 BN(UG909/cxRG174)1 02035PRESA BNC/F x RG316 cod. 601401 08500CAVO RG174 50W0,30 02700CONNETTORE cod. 534-2303 FEM. 16 VIE1 02790CONNETTORE DB25M x CAVO SALDATO 525-2602 1 02871ACALOTTE PER DB25 cod. 525-26221 C0814NASTRO CONDUT. IN RAME DA 25mm 264/92750,50 V0761TAPPI NERI O 12.7 PLASTICA DP-5005 Component listAPG012C - Amplifier Control 37 COMPONENT LIST SCH0239AR0 Part Name/NumberDescriptionQty. Comps. Page 1/2 BATT BH001RB 3093_9003093 03090 BATTERY HOLDER1BATT1 BZ AI-155 0370503705 5VDC BUZZER1BZ1 CC 100nF-S 01065C01065C Y5V 1206 COND33C10, C15, C17-19, C22, C25, C28, C38, C45, C49-52, C55, C62-63, C68-69, C78, C80-85, C87-88, C90, C92-95 CC 15pF-S 0108801088 SMD 1206 COND2C74-75 CC 1nF-S 0109601096 SMD 1206 COND20C12-14, C31-33, C42-43, C53-54, C56-58, C60-61, C66, C76-77, C79, C86 CC 1uF100V-S 01760A01760A Y5V 1206 COND <<50 V>>8C21, C23, C37, C64-65, C67, C71-72 CC 220pF-S 0109301093 SMD 1206 COND8C2-9 CC 47pF-S 0110001100 SMD 1206 COND8C20, C30, C35-36, C40-41, C48, C59 CE 10uF16V-S01626B TANT. ELETTR SMD CO8C24, C26-27, C29, C34, C39, C46-47 CE 1uF50V-S 01763A01763A ELETTR SMD COND2C89, C91 CE 220uF50V LOW ESR1799A ELETTR SMD COND LOW ESR 4C16, C44, C70, C73 CE 47uF35V-S 01790A01790A ELETTR SMD COND1C11 CE 47uF50V-S 01791C01791C ELETTR SMD COND1C1 D 1N4148-S 0300203002 SMD DIODE4D12-13, D17, D19 D 50WQ06FN03019A SMD DIODE SCHOTTKY 5,5A 1D9 D BAS85-S03024 SMD DIODE SCHOTTKY8D1-8 D BAT54S03199 SMD SCHOTTKY DIODE A-K T 6D10-11, D14-16, D18 DIS WG240128B03083 240/128 DOT MATRIX LCD1LCD1 DL KA-3528SGC 0305703057 GREEN SMD LED DIODE1DL1 DL LEDG3 0305303053 GREEN LED DIODE 3mm1DL3 DL LEDR3 0305803058 RED LED DIODE 3mm4DL2, DL4, DL6-7 DL LEDY3 0305103051 YELLOW LED DIODE 3mm1DL5 IC 24LC64 0481504815 SMD INTEG CIRCUIT1IC7 IC 74HC00-S 4762A4762A SMD INTEG CIRCUIT1IC19 IC 82B715-S 04734A04734A SMD INTEG CIRCUIT1IC17 IC CD4053BC-S 04710A04710A SMD INTEG CIRCUIT1IC12 IC LM2596S-5.004580 SMD INTEG CIRCUIT1IC14 IC LM75-S 0066800668 SMD INTEG CIRCUIT1IC8 IC LMC6482-S04632 SMD INTEG CIRCUIT1IC20 IC LMC6484-S04634 SMD INTEG CIRCUIT4IC2-5 IC M41T56 0461104611 SMD INTEG CIRCUIT1IC6 IC MAX232-S 04804B04804B SMD INTEG CIRCUIT1IC16 IC MAX3080-S 0477004770 SMD INTEG CIRCUIT1IC22 IC MAX3080-S N.M.NOT MOUTED SMD INTEG CIRCUIT 1IC18 IC MAX942CSA-S04572 SMD INTEG CIRCUIT4IC9-11, IC13 IC MB90F543PF04596 SMD INTEG CIRCUIT1IC15 IC MPC100T-450I-TT04577 SMD INTEG CIRCUIT1IC21 IC ULN2003A 487004870 SMD INTEG CIRCUIT2IC1, IC23 IND MS85 10uH-S04948 INDUCTOR 2,7A1L1 IND T100uH-1.8A 495804958 TOROIDAL-STORAGE CHOKES 1L2 38 Part Name/NumberDescriptionQty. Comps. Page 2/2 INV IN-D43A-5V03085 DC/AC MODULE1INV1 J DB9_F-0∞ LT02794 PCB CONNECTOR DB9 LONG T 1J6 J FC-10P 02697-0269902697+02699 PCB CONNECTOR POL 2J11, J13 J FC-16P 02701-0270002701+02700 PCB CONNECTOR POL 2J12, J14 J FC-26P 02855-0285402855+02854 PCB CONNECTOR POL 1J10 J PAN2 0273902739 PCB CONNECTOR1J4 J PAN2 02739-40-4102739+02740+02741 PCB CONNECTO 1J5 J PAN3 0270702707 PCB CONNECTOR3J1-3 J PAN3 NOT MOUNTEDNOT MOUNTED PCB CONNECTOR 2J8-9 J SCREWCONN2 0285302853 PCB SCREW CONNECTOR1J7 JU JUMP3 02707-0274202707+02742 MASCHIO PAN34JP1-4 R 100R-S 00029A00029A RES 1/4W 5% SMD 12066R109, R114, R119-121, R123 R 10K-S 00053A00053A RES 1/4W 5% SMD 120637R22-27, R30, R32-33, R40, R47, R50, R57, R68, R81-82, R85, R90-101, R105-108, R116, R118, R122, R124 R 120R-S 00030A00030A RES 1/4W 5% SMD 12062R112-113 R 1K0-S 00041A00041A RES 1/4W 5% SMD 12065R46, R54, R87-88, R104 R 1K5-S 00043A00043A RES 1/4W 5% SMD 12062R110-111 R 22K-S 00057A00057A RES 1/4W 5% SMD 120611R18, R20-21, R28, R34, R36, R38-39, R41, R43-44 R 2K2-S 00045A00045A RES 1/4W 5% SMD 12068R19, R35, R37, R42, R45, R53, R59-60 R 330R-S 00035B00035B RES 1/4W 5% SMD 12062R89, R103 R 33R-S 00023A00023A RES 1/4W 5% SMD 12062R86, R102 R 470K-S 00073A00073A RES 1/4W 5% SMD 12068R48-49, R51-52, R55-56, R58, R65 R 470R-S 00037A00037A RES 1/4W 5% SMD 120630R10-17, R29, R31, R61-64, R66-67, R69-80, R83-84 R 4K7-S 00049A00049A RES 1/4W 5% SMD 12061R117 R 820R-S 00040A00040A RES 1/4W 5% SMD 12061R9 RL 30.22.24 0756907569 RELE5RLY1-5 RV 10K-S-H 0071500715 VARIABLE RESISTOR1R115 RV 1M-3266X00815 VARIABLE RESISTOR8R1-8 SW SWITCH-4DIP 90∞07531A PCB DIP SWITCH 90∞1SW1 SW SWITCH-8DIP07530A PCB DIP SWITCH SMD1SW2 T 06086 N 7630 76327630 7632 KTI06086 PULSANTE 24T1-4 TR BC848 0345703457 NPN SMD TRANSISTOR1TR1 XTAL 32.768k-S 0514605146 QUARTZ1XTAL1 XTAL 4MHz-S 05101A05101A QUARTZ1XTAL2 39 ANALOG INPUT BOARDSCH0110BR0 Component layout SCH0110BR0 COMPONENT LIST SCH0110BR0 Part Name/NumberDescriptionQty. Comps. CC 1206 N.M.N.M. SMD 1206 COND17C4-20 CC 1nF-S 0109601096 SMD 1206 COND3C1-3 J BNC-90G-PCB 203402034 PCB CONNECTOR3J1-3 J BNC-90G-PCB 2034N.M. BNC-90G5J4-8 J FC-16P 02701-0270002701+02700 PCB CONNECTOR POL1J9 R 0R0-S 0000100001 RES 1/4W 5% SMD 12066R13, R15, R17, R19, R21, R23 R 1206 N.M.N.M. RES 1/4W 5% SMD 120618R1-12, R14, R16, R18, R20, R22 R24 Z MICRO SOIC 8P N.M.SMD INTEG CIRCUIT NOT MOUNTED 3IC1-3 41 220VAC SWITCHING BOARDSCH0152AR0 Component layout SCH0152AR0 COMPONENT LIST SCH0152AR0 Part Name/NumberDescriptionQty. Comps. CC 2nF2 2kV 01045A01045A CERAMIC COND3C1-3 D 1N4148 0300103001 DIODE6D1-6 FUSE OMEGA C1034FUS0…

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28 32 33 34 35 36 40 42 44 47 0.47U/50V 471/1KV 471/1KV 222/500V 15V24V 104/100V104/100V 30V12V 0.47U/50V 472/100V 1U/50V 5V S-60N DIFFERENT COMPONENT: C18 103/50V C20 103/50V C13 R13 1K C31 203/100V 3022 U3 R12 5K1 C14 223/50V 2 7 6 18 5 4 3 3842 U1 R10 680 R11 7K5 R7 5K1 R14 R9 C16 221/1KV C15 471/50V 2200U/10V C22 C21 2200U/10V 2200U/10V 2200U/10V C23 C24 C25 2200U/10V 330U/35V X 330U/35V X 470U/25V 470u/25V 1000U/25V 1000U/25V X 1000U/25V 470U/25V X 330U/35V470U/25V X 470u/25V 330U/35V 330U/35V 330U/35V X U2 PC111 C12 474/250VAC C1 C28 221/250VAC C32 221/250VAC FG AC/NFG RTH1 10SP005 ZNR1 471 F 3A/250V FS1 AC/L BD1 4A/800V R1 680K/1/2W TF-096C1 LF1 472/250VAC C3 C2 472/250VAC C6 222/250VAC 104/250VAC C4 R8 22 103/50V C11 3 C9 47u/50V Q1 2SK727 1 R5 5.1 D2 FR104 R29 47K/2W 5 T1 C5 150u/400V R4 47K/2W V- R3 30K/3W R2 330/3W 473/400V C7 7 D1 EGP20J 101/1KV C8 D4D4 14-16 C20 R27 L2 C21 10-13 C22 C23 C24 R23 ZD3 JUMP R17 U2 PC111 R22 2K2 BYQ28X-200 RB009RB009RB009 BYQ28X-200BYQ28X-200BYQ28X-200 RB009 15K15K 12K 7K5 15K 20K 1K5 24K 22K R17 R14 10K D4 L2 RB016 CTB34M 2K C10 472/50V R6 2 1K5 R18 R19 R18 C18 R21 470 SHR1 TL431 SVR1 1K 100 22 R20 R23 R26 R27 560 5.1/1/2W 2K 100 390 2K 390 100 2K 22 220 220 22 5.1/1/2W5.1/1/2W 2K74K72K7 47/1/2W 10K 47/1/2W 820 0.39/2W 1K/2W 820820 0.39/2W0.39/2W 680/2W270/2W 0.39/2W 270/2W 820 TF159-1 13.8V TF161-1 TF160-1TF158-1 17.9V26.9V 33V/1W TF161-1 T1 R6 0.33/2W 39/2W R28 680 R9 5.1V ZD2 U3 3022 R20 C12 R19 103/50V 3K3 222/50V 10K 222/50V222/50V 20K10K 222/50V 20K ZD2 C29 333/1KV GND+5V …

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