Intermec 869 RFID Reader Service Instructions Manual Download Page 41

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Diagrams and Parts Lists

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Chapter 4

869 RFID Reader Service Instruction Manual

302-410-158 4 cap, .047uF(0603) C44 C45 C64 C65

302-410-162 23 cap, .1uF(0603) C19 C36 C37 C38

C40 C41 C42 C43

C56 C84 C85 C97

C98 C111 C112 C113

C114 C115 C116 C124

C181 C183 C208

302-415-001 1 cap, 2.2uF(1206) C95

302-428-501 10 cap, 22uF C100 C101 C172 C175

C176 C177 C199 C207

C209 C210

302-428-601 2 cap, 10uF C174 C198

302-442-468 1 cap, 0.33uF(0603) C122

303-158-501 5 diode, MMBD914LT1 CR1 CR2 CR3 CR4

CR9

303-186-501 2 s diode, SMS3923-079 CR10 CR11

303-191-501 6 diode, SMP1352 CR5 CR6 CR7 CR8

CR12 CR13

303-379-102 1 tranz biarray, SMDA12C TZ1

303-405-501 2 tvs diode array, SRDA05-4 TZ2 TZ3

304-023-500 6 npn, MMBT3904 Q10 Q11 Q12 Q13

Q14 Q17

304-142-501 4 pnp, MMBT2907A Q5 Q6 Q7 Q8

304-243-501 4 npn array sub2, MAT-04 Q1 Q2 Q3 Q4

304-246-501 1 fp, IRFR5305 Q15

304-247-501 1 fn, NE5520379A Q18

304-248-501 1 pnp 2c, ZDT717 Q16

304-408-501 1 fetp 4d, FDG312P Q9

309-123-512 2 inductor, 10nH(0603) L23 L28

309-123-516 1 inductor, 22nH(0603) L22

Summary of Contents for 869 RFID Reader

Page 1: ...869 RFID Reader Service Instruction Manual ...

Page 2: ...iTech CrossBar Data Collection Browser dcBrowser Duratherm EasyCoder EasyLAN Enterprise Wireless LAN EZBuilder Fingerprint i gistics INCA under license InterDriver Intermec Printer Network Manager IRL JANUS LabelShop Mobile Framework MobileLAN Nor Ware Pen Key Precision Print PrintSet RoutePower TE 2000 Trakker Antares UAP Universal Access Point and Virtual Wedge are either trademarks or registere...

Page 3: ...ervices and Support ix Warranty Information ix Web Support ix Telephone Support ix Who Should Read this Manual x Related Documents x General Information 1 Introduction 2 Purpose of Equipment 2 RFID Reader Specifications 3 Receiver 3 Transmitter 3 Antenna RF Connections 3 Physical Specifications 3 869 MHz Specific 4 Frequency Reference Source 4 Transmitter 4 915 MHz Specific 4 Frequency Reference S...

Page 4: ...Digital Architecture 13 Overview 13 Memory 14 Flash 14 SDRAM 14 SPI Serial Interface 14 LATTICE ANTI ALIASING FILTERS AND AMPLIFIERS 14 D A CONVERTER 14 RECONSTRUCTION FILTERS 14 Parallel I O Peripherals 15 A D CONVERTER 15 CPLD 15 UART 15 RF Section 15 Test Setup and Maintenance 17 Set Up 19 Test Procedures 20 Test Notes 21 Diagrams and Parts Lists 43 Introduction 26 Disassembly 26 Removing the B...

Page 5: ... circumĆ stances Someone capable of providing first aid must always be present for your safety Firstaid Always obtain first aid or medical attention immediately after an injury Never neglect an injury no matter how slight it seems Resuscitation Begin resuscitation immediately if someone is injured and stops breathing Any delay could result in death To work on or near high voltage you should be fam...

Page 6: ... fonctionnement d une méthode d un état ou d un rapport qui doit être strictement respecté pour éviter l occurrence de mort ou de blessures graves aux personnes manupulant l équipement A caution alerts you to an operating procedure practice condition or statement that must be strictly observed to prevent equipment damage or destruction or corruption or loss of data Attention Une précaution vous av...

Page 7: ...your local Intermec representative or distributor Visit the Intermec technical knowledge base Knowledge Central at http intermec custhelp com to review technical information or to request technical support for your Intermec product Telephone Support These services are available from Intermec Technologies Corporation Service Description In the U S A and Canada call 1Ć800Ć755Ć5505 and choose this op...

Page 8: ...anuals contact your local InĆ termec representative or distributor Patent Information Product is covered by one or more of the following patents 4 455 523 5 627 360 4 553 081 5 657 317 4 709 202 5 671 436 4 845 419 5 684 290 4 961 043 5 777 309 5 195 183 5 793 604 5 216 233 5 805 807 5 218 187 5 818 027 5 218 188 5 821 523 5 227 614 5 828 052 5 241 488 5 831 819 5 278 487 5 834 753 5 322 991 5 841...

Page 9: ...General Information 1 This section of the manual explains the purpose of the reader and contains the mechanical and electrical specifications ...

Page 10: ...e Intermec 869 RFID reader The 869 Reader is shown below Refer to the following pages for the reader specifications Purpose of Equipment The RFID Reader is suitable for applications such as security pallet load tracking and warehouse management 869 MHz RFID Reader Additional information about the reader its capabilities and how it is setĆup and used can be found in the 869 Reader Quick Start Guide...

Page 11: ... 160 kbps Transmitter S Protocol Intellitag S Transmitter typeAmplitude modulation OOK S Coding Manchester from reader to tag S Secondarily emitted RF 54 dBm S Standby to Tx 30 µS maximum S Maximum phase noise 32 kHz 75dBc Hz or better S Stability 30 ppm 25_C S Attenuator control range 20 dB Antenna RF Connections S Number of antennas up to 4 electronically switched S Switching rate 30µS or less S...

Page 12: ... S typical 26 5 dBm S max 27 0 dBm S Modulation Raised Cosine TBD S Goal Single Side band S Occupied frequency bandwidth 250 kHz S Spurious emissions level 37 dBm S Data Rates 32 ć 40 kbps S Alternate Data Rates 8 ć 12 kbps 915 MHz Specific Frequency Reference Source S Source type Frequency hopper S Frequency Band 902 927 7MHz S Usable Channels 64 S Hopping rate 100 mS S Hopping time 30µS within c...

Page 13: ...Theory of Operation 2 This chapter of the manual outlines the theory of operation for the Intermec 869 MHz RFID reader ...

Page 14: ...e harmonic content of the output waveform This modulation is unique and the bandwidth can best be described by Bandwidth 1 α 2Ts where a roll off factor Ts one sampling time period The net result from the raised cosine approach is that the output envelope has a very low harmonic content which dramatically reduces unwanted harmonic and spurious energy in the output waveform The 869 reader also util...

Page 15: ...uitable RF shielding and incidental hardware The 869 reader module is a sub asĆ sembly of the 869 Reader 869 Serial Reader Module An electrical block diagram of the reader module is shown in Figures 1 and 2 External connections may connect directly to the circuit card s connecĆ tor for items such as DC power or RF signals and the circuit board genĆ erated processes these signals Additionally it ha...

Page 16: ...Theory of Operation Chapter 2 8 869 RFID Reader Service Instruction Manual Figure 2 RF Section ...

Page 17: ... to be externally available Interface Connections External Connectors for 869 Serial Readers Connection Function Connector Description Power Input power to energize reader 8 10 volts DC Power Connector on RF Module RF connectors Four RF connectors for external antennas Reverse SMA Connector on RF Module Serial Data CommunicaĆ tion Serial Communications for sendĆ ing receiving RDID Data DB9 Connect...

Page 18: ... the 869 Reader Module uses a different power supply or antennas Antenna ports must have either antennas or termination loads connected during operation The Intermec part for the termination load is 345 004 001 Serial Communication The 869 Serial Reader has a DB9 female connector for data communicaĆ tion The maximum data rate and default is 115 2K baud with 8 data bits no parity bit and 1 stop bit...

Page 19: ...13 Pin Female Circular DIN GPIO General Purpose I O Connector A general purpose I O Input Output connector provides signal lines in and out of the READER allowing monitoring and or control of external devices or functions The connector for this is a 13 pin female circular DIN The male mating connector for attaching to this is a CUI SD 130 one source is Digi Key CP 1013 ND Intermec P N 351 184 001 ...

Page 20: ...0kΩ resistors The low level will be about 0 1 volt up to about 30 milĆ liamp The output low voltage will climb higher as the sink current inĆ creases There is no protection on this output The user will need to ensure their load will not require the Reader to sink more than 50 milliamps Input signals should be 0 to 1 5 volt for a low input and 3 5 to 5 volts for a high input Each input has a 1 1 kΩ...

Page 21: ...ry bus and five Data Memory buses Additional peripherals include an external memory interface supporting SDRAM three McBSP specialĆ ized serial interfaces two 20 bit timers a six channel DMA controller and eight GPIO Two of the McBSP s are configured for SPI mode and are used to interface the DSP to the DAC RF PLL anti aliasing filters and EEPROM The third McBSP is dedicated to the ADC to provide ...

Page 22: ...he DSP using a unified memory map SPI Serial Interface There is an 8Kbit 1Kx8bit SPI type MicroChip 25C080 EEPROM used for country code and radio parameter settings LATTICE ANTI ALIASING FILTERS AND AMPLIFIERS The I and Q receive channels each have a high gain wide band differential amplifier followed by programmable differential amplifier filter a Lattice ISPPAC80 The filters are currently progra...

Page 23: ...TAG control sigĆ nals to the Lattice anti aliasing filters The CPLD also handles the voltage level conversion for the input GPIO s the polarity inversion of the UART IRQ s and the address decoding logic for the external peripherals on the parallel bus including the registers within the CPLD UART The XR16C2850 is a dual UART that supports a 128 byte FIFO and data rates up to 230 Kbit s The UART int...

Page 24: ...Theory of Operation Chapter 2 16 869 RFID Reader Service Instruction Manual ...

Page 25: ...Maintenance 3 This chapter of the manual explains the test setup and maintenance for the 869 RFID Reader ...

Page 26: ...process control engineer 2 0 SCOPE This test procedure is used to run a functional test on the Penn or Pitt Reader when it is configured as either a board set or as a serial box reader 3 0 TEST EQUIPMENT REQUIRED 3 01 Penn Reader Functional Test Station 405 733 For a detailed list please reference the 405 733 bill of materials maintained by the Cedar Rapids test engineering department 3 2 869 MHz ...

Page 27: ...itch is set to ON and that all cables are plugged in correctly If all this is done but the voltage displayed is low then you may need to adjust the 851 027 001 power supply s output voltage Remove the plastic cap next to the supply s circular con nector and tweak the exposed potentiometer clockwise until the power warning window disappears A very small tweak is all that is needed Replace the cap w...

Page 28: ...board to enter the Configuration Number of the UUT This is also located on the label of the board set or serial box ITRM Note again that you will be asked to enter this twice to ensure accuracy 6 07 Testing of the UUT will now begin The test status will be shown in the test status window Sequence Display on the main test screen see figure 3 As each test is run it will be highlighted after which it...

Page 29: ...t button right click There is also a main help screen available by selecting the Options button of the main test screen fol lowed by the Main Help button 7 03 Options Menu Fixture Control This allows you to manually control and monitor many of the functions of the test station Use this if you are a technician who is familiar with the functions of the Penn Reader or Pitt Reader Test Results This di...

Page 30: ...Maintenance Chapter 3 22 869 RFID Reader Service Instruction Manual Figure 1 Board Set Cable Hookups Power Cable 405 733 613 Serial Cable 405 733 606 Figure 2 Serial Box Reader Cable Hookups ...

Page 31: ...Maintenance Chapter 3 23 869 RFID Reader Service Instruction Manual Figure 3 Main Test Screen and Standard I O window ...

Page 32: ...l cable as 608 changed to 606 Figure 2 incorrectly labeled power cable as 607 changed to 613 C 09 10 02 Tuan Ly Added the test software name into the Final Test Procedure D 01 20 03 Bob Morris Added external Power Meter for Sharp Japan to sections 5 1 and 6 3 E 09 01 04 Tuan Ly Removed external Power Meter for Sharp Japan from sections 5 1 and 6 3 Added Pitt Reader test program name and Quad Tag i...

Page 33: ...25 869 RFID Reader Service Instruction Manual Diagrams and Parts Lists 4 This chapter contains assembly disassembly procedures and parts lists for the 869 RFID reader ...

Page 34: ... near the end of the circuit card Press on the locking tab to release the power connector Remove the power connector from the circuit card 4 Remove the overlay end plate from the RFID enclosure Removingthe Barrel Connector Power Jack 1 Using a 1 4 socket wrench or similar tool remove the barrel connector nut and locking washer from the overlay end plate 2 Remove the barrel connector jack from the ...

Page 35: ... remove the 4 Philips head screws securing the antenna end plate the to the 869 Reader enclosure 2 Using a 5 16 socket wrench or similar tool remove the four SMA nuts and locking washers from the antenna connectors Remove the single Philips head screw securing the heatsink to the 869 Reader enclosure Intermec Intellitag ITRM915 MHz Boardset ...

Page 36: ...of the housing This ensures that the heatsink clears the top of the housing and enables you to screw in the secure fastening screw to the top of the boardset heatĆ sink 3 Attach the endplate using the four phillips head screws You must follow standard ESD guidelines to avoid damaging the equipment you are servicing Assembly Assembly of the 869 Reader is the reverse of the disassembly procedures ...

Page 37: ...m Reference P N bom_224 423 400A COMPANY PART NO COUNT DESCRIPTION REFERENCE 144 959 004 1 RAW PCB PITTSBURG RFID READER NO_REF 212 122 100 2 ispPAC80 PGM PITTFLTR V1 00 U6 U8 212 123 114 1 XCR3128XL PGM PITTCPLD V1 14 U11 212 124 187 1 AM29LV160DB 90 PGM PITTMNGR V1 87 U3 301 397 001 7 vis res 10 0603 R68 R118 R165 R180 R181 R192 R193 301 397 021 8 vis res 16 2 0603 R35 R72 R77 R78 R79 R83 R115 R...

Page 38: ... 397 169 1 vis res 562 0603 R89 301 397 177 1 vis res 681 0603 R154 301 397 181 8 vis res 750 0603 R4 R5 R8 R11 R38 R39 R43 R47 301 397 185 4 vis res 825 0603 R17 R18 R41 R46 301 397 193 6 vis res 1 00K 0603 R20 R122 R124 R168 R169 R171 301 397 197 4 vis res 1 10K 0603 R129 R132 R146 R149 301 397 226 3 vis res 2 21K 0603 R34 R36 R61 301 397 230 1 vis res 2 43K 0603 R31 301 397 243 2 vis res 3 32K ...

Page 39: ...2 vis res 1MEG 0603 R15 R88 301 398 000 5 vis res 0 0603 R52 R60 R148 R156 R189 301 398 001 7 vis res 1 0 0603 R166 R167 R173 R182 R185 R186 R187 301 410 001 1 vis res 47 R139 301 423 020 4 iso vis res 33 ARRAY R69 R70 R92 R93 301 426 027 2 vis res 18 7 R120 R177 302 394 178 3 cap 2 2uF 0805 C117 C165 C202 302 409 004 1 cap 1 5pF 0603 C196 302 409 010 1 cap 4 7pF 0603 C148 302 409 013 1 cap 8 2pF ...

Page 40: ...67 C86 302 409 129 4 cap 180pF 0603 C7 C21 C57 C58 302 409 132 1 cap 330pF 0603 C96 302 409 133 4 cap 390pF 0603 C9 C25 C62 C87 302 409 134 1 cap 470pF 0603 C108 302 409 197 2 cap 36pF 0603 C110 C127 302 410 038 76 cap 1000pF 0603 C1 C2 C3 C4 C5 C6 C11 C13 C14 C15 C16 C17 C18 C20 C27 C29 C30 C31 C32 C33 C34 C35 C39 C47 C48 C49 C50 C51 C52 C53 C54 C66 C68 C69 C70 C71 C72 C73 C74 C75 C76 C77 C78 C79...

Page 41: ...468 1 cap 0 33uF 0603 C122 303 158 501 5 diode MMBD914LT1 CR1 CR2 CR3 CR4 CR9 303 186 501 2 s diode SMS3923 079 CR10 CR11 303 191 501 6 diode SMP1352 CR5 CR6 CR7 CR8 CR12 CR13 303 379 102 1 tranz biarray SMDA12C TZ1 303 405 501 2 tvs diode array SRDA05 4 TZ2 TZ3 304 023 500 6 npn MMBT3904 Q10 Q11 Q12 Q13 Q14 Q17 304 142 501 4 pnp MMBT2907A Q5 Q6 Q7 Q8 304 243 501 4 npn array sub2 MAT 04 Q1 Q2 Q3 Q...

Page 42: ...1 crystal 4p 16 0000MHZ Y2 312 160 501 1 vco MAX2622 OSC1 312 163 501 1 crystal 3 6864MHZ Y1 316 147 501 4 led GREEN DS1 DS2 DS3 DS4 333 190 501 1 reg 3p LM2940S 5 0 REG2 333 191 502 1 LT1764A LT1764A REG1 333 202 501 1 TPS767D301 TPS767D301 REG3 343 023 502 1 filter bndpas2 869MHZ SAFCH869M LC3 343 036 501 1 hybrid couplers 3dB 900MHz LDC32900M03B HY2 343 040 504 5 filter lowpas2 881MHZ LC1 LC2 L...

Page 43: ...S1206 THS1206 U5 350 408 501 1 MAX4684 MAX4684 SW1 350 409 701 1 VC5510 BUS PINS TMS320VC5510 U10 350 410 601 1 mixer3 XMEF2 20RM U19 350 411 501 1 sw adg82x ADG822 SW2 350 412 501 1 25LC080A 8K EEPROM U14 350 414 501 1 ADM3315E ADM3315 U16 351 161 001 1 CONNJ 13P RECEPTACLE CIRC J7 351 164 501 1 CONNP 2P HEADER P3 351 175 501 4 CONNJ COAX RECEPTACLE J2 J3 J5 J6 351 182 001 1 CONNJ 9P DSUB RCPT J1...

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Page 55: ...3 A1 2 C1 3 B1 3 A1 2 B1 3 A1 3 A1 3 B1 3 B1 2 C1 3 B1 3 C1 ...

Page 56: ...1 A2 3 B1 1 A2 3 A3 3 B1 1 A5 3 B1 3 B1 3 B1 3 B6 3 C6 3 A1 1 A2 ...

Page 57: ... A3 4 A4 3 B1 3 B1 3 B1 2 B2 1 C4 2 D1 6 A3 4 A4 1 A5 1 C4 2 D1 7 B1 3 B1 2 B2 4 B4 2 A4 1 B4 3 B6 3 C6 4 B4 4 B4 4 B4 3 B1 1 C4 7 D1 3 B1 7 B1 4 A4 3 B1 3 B1 3 B1 3 B1 4 B4 7 D1 3 C1 3 B1 3 B1 3 B1 2 A3 ...

Page 58: ...4 A3 3 A1 3 B1 3 C4 4 A4 3 C1 3 A1 4 A4 4 A4 3 B1 1 A5 3 A1 3 A1 ...

Page 59: ...0 166 0 094 GROUNDED SLOTS IN BOARD 3 A4 3 C1 6 C2 4 C1 3 B4 ...

Page 60: ...6 A5 6 B5 6 A5 6 B5 3 C1 3 C1 6 A5 3 C4 6 A5 5 C1 ...

Page 61: ...7 D3 7 B3 7 D3 5 A1 7 A5 7 C5 3 C1 5 C1 7 B3 ...

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Page 68: ...Corporate Headquarters 6001 36th Avenue West Everett Washington 98203 U S A tel 425 348 2600 fax 425 355 9551 869 RFID Reader Service Instruction Manual November 2004 980 054 013A 980 054 013A Rev A ...

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Intermec 869 RFID Reader, Service Instructions Manual, Page: 41 / 68

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