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Microsoft Word - Library Expert Through-hole Families.docx

https://www.pcblibraries.com/Products/FPX/UserGuide/download/Library%20Expert%20Through-hole%20Families.pdf

. https://www.linkedin.com/company/3196824 Get updates at www.PCBLibraries.com/downloads http://www.PCBLibraries.com/forum updated 6-14-16     Non‐polarized Axial Diameter Leaded Component   Resistor (RESAD)    Capacitor Non‐polarized (CAPAD)    Fuse Axial  Diameter (FUSAD)    Inductor Axial Diameter (INDAD)    Non‐polarized Axial Diameter Land Pattern  Zero Rotation         Polarized Axial Diameter Leaded Component   Capacitor Polarized Axial Diameter (CAPPAD)    Diode Axial Diameter (DIOAD)    Capacitor . https://www.linkedin.com/company/3196824 Get updates at www.PCBLibraries.com/downloads http://www.PCBLibraries.com/forum updated 6-14-16       Non‐polarized Radial Rectangular Leaded Component   Capacitor, Radial Dipped Diameter    Capacitor, Radial  Dipped Diameter   Land Pattern Zero Rotation     Capacitor, Radial Disk Button  w/Offset Leads     Capacitor, Radial Dipped with  Offset Leads    Capacitors, with Offset Leads  Land Pattern Zero Rotation    Capacitor, Radial Dipped Rectangle    Capacitor  Radial Disk Button    Capacitor, Radial Metallized Polypropylene    Fuse, Radial Dipped Rectangle    Radial Capacitor and Fuse   Land Pattern Zero Rotation      Library Expert Through‐hole Families    https://twitter.com/pcblibraries © 2014-2018 PCB Libraries, Inc

Microsoft Word - Library Expert Through-hole Families.docx

http://www.pcblibraries.com/Products/FPX/UserGuide/download/Library%20Expert%20Through-hole%20Families.pdf

. https://www.linkedin.com/company/3196824 Get updates at www.PCBLibraries.com/downloads http://www.PCBLibraries.com/forum updated 6-14-16     Non‐polarized Axial Diameter Leaded Component   Resistor (RESAD)    Capacitor Non‐polarized (CAPAD)    Fuse Axial  Diameter (FUSAD)    Inductor Axial Diameter (INDAD)    Non‐polarized Axial Diameter Land Pattern  Zero Rotation         Polarized Axial Diameter Leaded Component   Capacitor Polarized Axial Diameter (CAPPAD)    Diode Axial Diameter (DIOAD)    Capacitor . https://www.linkedin.com/company/3196824 Get updates at www.PCBLibraries.com/downloads http://www.PCBLibraries.com/forum updated 6-14-16       Non‐polarized Radial Rectangular Leaded Component   Capacitor, Radial Dipped Diameter    Capacitor, Radial  Dipped Diameter   Land Pattern Zero Rotation     Capacitor, Radial Disk Button  w/Offset Leads     Capacitor, Radial Dipped with  Offset Leads    Capacitors, with Offset Leads  Land Pattern Zero Rotation    Capacitor, Radial Dipped Rectangle    Capacitor  Radial Disk Button    Capacitor, Radial Metallized Polypropylene    Fuse, Radial Dipped Rectangle    Radial Capacitor and Fuse   Land Pattern Zero Rotation      Library Expert Through‐hole Families    https://twitter.com/pcblibraries © 2014-2018 PCB Libraries, Inc

Dektec Automation Equipment Co., LtdSMT Knowledge-SMT knowledge training materials

http://www.deksmt.com/news_show.asp?id=192

: Surface Mount Technology. SMD: surface mount components. 2, SMD components, the difference with the traditional   AI   SMT   Area   Large   Small   Volume   Large   Small   Exposure mode   Plug-in   Mount   Tin surface touch-mode A: Ceramic type capacitors B: LCD materials and parts C: 600, said 50V capacitor. 602, said 16V capacitor D: Capacity Error E: Electric Capacity F: Pin Count G . 7) Socket (connector) 33L 8) electrolytic capacitors 67L polarity + - TPV storage period of six months, the materials and parts to use three-year period. 9 : tape, adhesive tape. Tube, TRAY disk component for the IC class. Gun material specifications 8 * 4 12 * 4 12 * 8 32 * 12 44 * 12 24 * 16 8 * 4, said Tape width 8, the spacing between the parts and components for the four SMD Process distinction 1, single-sided PCB board process . 2, double-sided PCB board manufacturing process (A side B side solder paste or solder paste dispensing) 3, hybrid process (SMD components and conventional components are used Process

Dektec Automation Equipment Co., LtdSMT Knowledge-SMT's 110 must know the problem

http://www.deksmt.com/news_show.asp?id=190

No. 8 code "4" is expressed as four circuits, resistance of 56 ohms. Capacitor ECA-0105Y-M31 capacity value of C = 106PF = 1NF = 1X10-6F; 21. ECN English full name for: 63Sn +37 Pb; 55. The common bandwidth 8mm tape feed tray of the feeding distance of 4mm; 56. In the early 1970s, the industry in the new doors of a SMD, as "enclosed, foot chip carrier", often on behalf of the HCC Jane; 57 . FQC p OQC; 96. High-speed placement machine can mount resistor capacitor p p IC p. Transistor; 97. Electrostatic characteristics: small current p influenced by humidity; 98. High-speed machine and the Pan-use machine Cycle time should be balanced; 99

PASSIVE COMPONENTS - PCB Assembly,PCB Manufacturing,PCB design - OURPCB

https://www.ourpcb.com/passive-components.html

. Micro, nano and pico Farad are most commonly used units. The capacitor is available in SMD and through hole packages. Electrolytic, tantalum, ceramic, film and super capacitors are some mainly used capacitors in various electronic devices . We know the very popular formula of ohms law V=I x R where R = Resistance. The resistor is available in SMD and through-hole packages . Many different SMD packages like 0603, 0402, 0805 and 1402. It has many different values and power ratings. The unit of the measurement of resistance is ohms . They are also used in OPAMP amplifier circuits, inverting, non-inverting, differential amplifiers. Used in transistor based circuits. Power amplifiers, voltage divider networks, comparators, oscillators, tuners and power supplies CAPACITOR The capacitor is also a passive component . It is used to store electric charge. They work in electric field. The basic formula for Capacitor is Q = C x V. where C = Capacitance. The unit of capacitance is Farad

Introduction to Integrated Circuits SMD Packages(Surface Mount Devices) - PCB Assembly,PCB Manufactu

https://www.ourpcb.com/smd.html

Introduction to Integrated Circuits SMD Packages(Surface Mount Devices) - PCB Assembly,PCB Manufacturing,PCB design - OURPCB Skip to content Call Us Today:+86-311-87874960 | sales Contact Us Home / Introduction to Integrated Circuits SMD Packages(Surface Mount Devices) Introduction to Integrated Circuits SMD Packages (Surface Mount Devices) Introduction to Integrated Circuits SMD  Packages ( Surface Mount Devices ) The evolution in electronics technology has lead to small size high density electronic circuits . This is due to very small size SMD package of electronic components. SMD stands for Surface Mount Devices. The following are the main types of surface mount . Some widely used SMD codes are Inch Metric Inch ( L x W) Metric (L x W) 0402 1005 0.04” x 0.02” 1.0mm x 0.5mm 0603 1508 0.06” x 0.03” 1.5mm x 0.8mm 0805 2012 0.08” x 0.05” 2.0mm x 1.2mm   The thickness / height can be found in the datasheets of the SMD

Smart Tweezers LCR-meters from SIborg Systems Inc.

http://www.siborg.com/smarttweezers/index_st5.html

: A new Generation of Digital Multimeters Smart Tweezers is a new patented design concept integrating a digital multimeter with a built-in gold-plated SMD probes and a display . This light weight device can be easily held by one hand. and is idealy suitable for component evaluation on a PCB or a production line and sorting of SMD components .   The integration of SMD probes and the display, combined with automatic recognition of a measurement mode (L, C, and R) and the best measurement range allow the user to focus on the component under test ). The secondary display (at the top of the LCD screen) shows present reading of the secondary impedance component, such as a parasitic resistance of the capacitor

Smart Tweezers LCR-meters from Siborg Systems Inc.

http://www.siborg.com/smarttweezers/Old_Model/

: A New Generation of Digital Multimeters Smart Tweezers is an LCR meter in a set of tweezers. Smart Tweezers features a unique patented mechanical and electronic design that integrates a highly accurate digital multimeter with a built-in high precision SMD probes and a display . This light weight device can be easily held by one hand. It is designed for component evaluation on a PCB or a production line, component impedance testing and sorting of SMD components   Charger Assembly Kit  .   The integration of SMD probes and the display, combined with an automatic recognition of a measurement mode (R, C, and L ). The secondary display (at the top of the LCD screen) shows present reading of the secondary impedance component, such as a parasitic resistance of the capacitor

surface mount equipment – Quality Supplier from China

http://www.smtspare-parts.com/buy-surface_mount_equipment.html

) Electric Surface Mount Placement Machine , Capacitor SMT Lead Cutting Machine Contact Now Electric Surface Mount Placement Machine , Capacitor SMT Lead Cutting Machine Description: Part Name :16:03 Accurate Surface Mount Placement Machine , Digital SMD Component Counter Contact Now Accurate Surface Mount Placement Machine , Digital SMD Component Counter Description: Part Name

smt assembly equipment – Quality Supplier from China of page 2

http://www.smtspare-parts.com/buy-smt_assembly_equipment-page2.html

:01 Accurate Surface Mount Placement Machine , Digital SMD Component Counter Contact Now Accurate Surface Mount Placement Machine , Digital SMD Component Counter Description: Part Name :43 Electric Surface Mount Placement Machine , Capacitor SMT Lead Cutting Machine Contact Now Electric Surface Mount Placement Machine , Capacitor SMT Lead Cutting Machine Description: Part Name

Component Vision Data Generation

http://scancad.net/products/pcb-assembly/component-vision-data-generation

& Screen Inspection Hole, Punch & Via Fill Inspection Print Inspection Offline Print Inspection Inline Chip Scale Capacitor Inspection Offline Chip Scale Capacitor Inspection Inline Wire Bond Inspection Offline Wire Bond Inspection (Odd Form), SMD through hole, etc. Eliminate:  Using production machines for component teach. Easy:        Simple step by step procedure

https://www.tri.com.tw/uploads/files/solutions/ICT/C_TR5001%20INLINE_EN.pdf

ToggleScan Test BSCAN Chip DUT - Connector/Socket - BScan Chip - Non-BScan Chip - Capacitor Array - Resistor Array JTAG Vectorless Probe DUT BScan Chip BScan Chip BScan Chip BScan Chip Non- BScan Device DUT BScan Chip BScan Chip BScan Chip BScan Chip Non PWM circuits without test probes. TRI CPU Socket Test Quickly tests LGA CPU sockets using a specialized vectorless probe in connection with an onboard BSCAN device. OTA (Optimal Test Analyzer) Optimal Test Analyzer helps production test managers achieve

https://www.tri.com.tw/uploads/files/solutions/ICT/C_TR8100LV_EN_20151217.pdf

. Includes Connector Test, Socket Test, Resistor Array Test, Capacitor Array Test, & Non-Boundary-Scan Chip Test. • Drive-Through Test: Overpowers the resistors and capacitors to control and sense signals. • CPU-Socket Test: Applies CSS (CPU Socket Sensor , Capacitor Array Test, & Non-Boundary-Scan Chip Test. • Drive-Through Test: Overpowers the resistors and capacitors to control and sense signals. • CPU-Socket Test: Applies CSS (CPU Socket Sensor) on the top of the CPU to test the CPU without any physical test test probes. Includes Connector Test, Socket Test, Resistor Array Test, Capacitor Array Test, & Non-Boundary-Scan Chip Test. • Drive-Through Test: Overpowers the resistors and capacitors to control and sense signals. • CPU-Socket Test: Applies CSS (CPU SPI Programming ISP Programming L I M I T E D T E S T A C C E S S S O L U T I O N S • TRI ToggleScanTM Test: Combines Boundary-Scan test and vectorless test to reduce the physical test probes. Includes Connector Test, Socket Test, Resistor Array Test Socket Sensor) on the top of the CPU to test the CPU without any physical test probes. • Boundary Scan Test : The TR8100LV implements IEEE1149.1 & 1149.6 Boundary-Scan testing beginning with TRI’s ABSTG (Automatic Boundary Scan Test program Generator

Full List of Heller Reflow Ovens & Equipment Spare Parts 49

http://www.hellerindustries.com/browse.php?st=2400

— SOLID STATE RELAY, "S4T-16P-20 447579 — SSR SOCKET "LY2" 447580 — SOLID STATE RELAY, 2 POLE 447581 — COPPER GROUND BLOCK 447583 — RESISTANCE, 144K 447584 — 4uF Capacitor for SPG AC motor 447921 — DY O2 ANALYZER,O/L,W/DISP, LOW PPM, W/PUMP 448505-01 — 6000W HEATER ASSY, 9.75" WIDE BFM - USE P/N 448671 for heater elements only 448505-02

13

http://www.hellerindustries.com/search.php?zoom_query=13&zoom_page=10&zoom_per_page=10&zoom_and=0&zoom_sort=1

) 3227 Screw locking- Obsolete 3228 Nut locking- Obsolete 3256 Socket, Female Disconnect 3256K SOCKET FEMALE DISCONNET PC306V- USE P/N 3256 3257 Plug, Male Disconnect 3277 Bearing ) 3388K TIMER RELAY MOUNTING SOCKET OMRON 3391 Pulley Timing, 32 Groov- Contact Purchasing 3393K BUSHING, HEX 3396K SPROCKET, PN 35B32 MARTIN 3397K CHAIN, ROLLER #35 (METER) 3397 Roller, #35 Chain (No Pin) (FT =300 Full List of Heller Reflow Ovens & Equipment Spare Parts 26 Buy your Heller reflow oven spare parts from the manufacturer. ... UNION Y, 8X6MM 7705K BUSBAR, 16MM2 FORK STYLE 7706K END CAP 16MM2 BUS BAR FORK STYLE 7707K 3ff Blower Motor Capacitor- Obsolete Use PN8129 with PN8130 7709 LINAK- 700 MM STROKE ACTUATOR 7724 High

CableEye Automation-Ready Cable & Harness Testers | Catalog

https://www.camiresearch.com/catalog.html?Catalog_Pages/CB11_20/CB18.html

: 152 Test points expandable to over 1024 test points by adding expansion modules (Item 813, see below); Active Test Point switch settable to 64, 128, and 152 test points to obtain optimal measurement time, special MiniHook and probe socket, footswitch and remote control socket (Items 823 or 823H, 128-points per module). Additional features (compared to the M2U) include a remote control socket to be used for either an optional external footswitch (Item 714 ) or for a custom remote control to extend panel indicators, and an accessory socket for a probe or minihook connectors (Item 710). A probe comes with this tester and works with our software to identify unterminated wires capacitors in the range of 100 pF to 100 µF,including polarized capacitors, with an accuracy of 5%. Measure multiple capacitors or capacitor matrices in one test cycle at the rate of approximately 20 capacitors per second (rate dependent on capacitance value features include a remote control socket, to be used for either an optional external footswitch (Item 714) or for a custom remote control to extend panel indicators, and an accessory socket for a probe or minihook connectors. A probe comes with this tester

CableEye Automation-Ready Cable & Harness Testers | Catalog

https://www.camiresearch.com/catalog.html?Catalog_Pages/CB11_20/CB18A.html

: 152 Test points expandable to over 1024 test points by adding expansion modules (Item 813, see below); Active Test Point switch settable to 64, 128, and 152 test points to obtain optimal measurement time, special MiniHook and probe socket, footswitch and remote control socket (Items 823 or 823H, 128-points per module). Additional features (compared to the M2U) include a remote control socket to be used for either an optional external footswitch (Item 714 ) or for a custom remote control to extend panel indicators, and an accessory socket for a probe or minihook connectors (Item 710). A probe comes with this tester and works with our software to identify unterminated wires capacitors in the range of 100 pF to 100 µF,including polarized capacitors, with an accuracy of 5%. Measure multiple capacitors or capacitor matrices in one test cycle at the rate of approximately 20 capacitors per second (rate dependent on capacitance value features include a remote control socket, to be used for either an optional external footswitch (Item 714) or for a custom remote control to extend panel indicators, and an accessory socket for a probe or minihook connectors. A probe comes with this tester

http://www.ednmag.com/reg/1996/

https://www.lpkfusa.com/articles/prototyping/edn_2_96.pdf

. To prevent shorts, you must drill out the copper surrounding each hole used for a via. This approach requires that all IC pins be on 0.1-in. centers. You can use low-profile sockets for low-frequency circuits, and the socket pins allow for easy point-to-point wiring and inductance to degrade circuit performance. If you must use sockets in high-speed circuits, an IC socket comprising individual pin sockets, sometimes called "cage jacks," mounted in the ground plane board may be acceptable (Figure 5). Clear the copper on both sides of the board by about 0.5 mm around each ungrounded pin socket and then solder the grounded pin sockets to ground on both sides of the board. Both capped and uncapped versions of these pin sockets are available from Amp (Harrisburg, PA) (part no. 5 -330808-3 and 5-330808-6, respectively). The pin sockets protrude through the board far enough to allow point-to-point wiring interconnections between them. The spring-loaded, gold-plated contacts within the pin socket make good electrical and mechanical connection to the IC pins. Multiple insertions, however, may degrade the performance of the pin socket. The uncapped versions allow the IC pins to extend from the bottom of the socket. After the prototype is functional and requires no further changes, you can

http://www.ednmag.com/reg/1996/

http://www.lpkfusa.com/articles/prototyping/edn_2_96.pdf

. To prevent shorts, you must drill out the copper surrounding each hole used for a via. This approach requires that all IC pins be on 0.1-in. centers. You can use low-profile sockets for low-frequency circuits, and the socket pins allow for easy point-to-point wiring and inductance to degrade circuit performance. If you must use sockets in high-speed circuits, an IC socket comprising individual pin sockets, sometimes called "cage jacks," mounted in the ground plane board may be acceptable (Figure 5). Clear the copper on both sides of the board by about 0.5 mm around each ungrounded pin socket and then solder the grounded pin sockets to ground on both sides of the board. Both capped and uncapped versions of these pin sockets are available from Amp (Harrisburg, PA) (part no. 5 -330808-3 and 5-330808-6, respectively). The pin sockets protrude through the board far enough to allow point-to-point wiring interconnections between them. The spring-loaded, gold-plated contacts within the pin socket make good electrical and mechanical connection to the IC pins. Multiple insertions, however, may degrade the performance of the pin socket. The uncapped versions allow the IC pins to extend from the bottom of the socket. After the prototype is functional and requires no further changes, you can

Friedrich-Alexander-Universität Erlangen-Nürnberg

https://www.viscom.com/fr/europe/pressecalendrier/articles-techniques/?eID=downloadManager&downloadID=6c2b994e3133e0f640d575820346f6c9

]. In addition to individual component positions, where the distances between components were analyzed in a gap test, individual land surfaces of the type Solder-Mask-Defined (SMD pads . The height variation in the form of the metallization was intended to permit conclusions about the behavior of 01005 pads next to 0201, 0402 and 0603 Pad geometry variation SMD pads Pads with “Standard ” layout X Y S Resistor CR01005 190 µm 220 µm 160 µm Capacitor CC01005 210 µm 220 µm 160 µm Y X S 2 Test description 4 differentiated into reference placement, placement with displacement of 50 (depiction of the reflow soldering process as example). The test series was conducted under constant climate conditions in a networked SMD production line was evident for paste material B; paste type 5 and use of a 100-µm-thick print stencil exhibited lower defect rates. In contrast, processing with paste type 4 from manufacturer B showed a decreased tendency to form tombstones. 0 100 200 300 400 Capacitor

Friedrich-Alexander-Universität Erlangen-Nürnberg

https://www.viscom.com/es/viscom-europe/prensacitas/articulos-tecnicos/?eID=downloadManager&downloadID=8331806ac4e177aa98745abf538fcf60

]. In addition to individual component positions, where the distances between components were analyzed in a gap test, individual land surfaces of the type Solder-Mask-Defined (SMD pads . The height variation in the form of the metallization was intended to permit conclusions about the behavior of 01005 pads next to 0201, 0402 and 0603 Pad geometry variation SMD pads Pads with “Standard ” layout X Y S Resistor CR01005 190 µm 220 µm 160 µm Capacitor CC01005 210 µm 220 µm 160 µm Y X S 2 Test description 4 differentiated into reference placement, placement with displacement of 50 (depiction of the reflow soldering process as example). The test series was conducted under constant climate conditions in a networked SMD production line was evident for paste material B; paste type 5 and use of a 100-µm-thick print stencil exhibited lower defect rates. In contrast, processing with paste type 4 from manufacturer B showed a decreased tendency to form tombstones. 0 100 200 300 400 Capacitor

LGA and QFN Rework

http://www.okinternational.com/metcal/english/globalnavigation/applications/convection/lga-and-qfn-rework

 >  Applications  >  Convection  >  LGA and QFN Rework Application Hand Soldering Convection Double sided rework PoP Rework Lead Free Array Rework Pad Clean-up LGA and QFN Rework APR Series Applications Flux Dip Process Micro SMD and profiling Fume Extraction     .4mm Pitch LGA Reworking Fine Pitch LGA-LLP Packages Reworking LGA and QFN   Reworking QFN _LGA _MLF    LGA2011 Intel socket removal with tweezer nozzle APR 5000 XLS   Videos player place holder LGA2011 Intel socket removal with tweezer nozzle APR 5000 XLS   Metcal is a brand of       © 2018 Metcal. All rights reserved

LGA and QFN Rework

https://www.okinternational.com/metcal/english/globalnavigation/applications/convection/lga-and-qfn-rework

 >  Applications  >  Convection  >  LGA and QFN Rework Application Hand Soldering Convection Double sided rework PoP Rework Lead Free Array Rework Pad Clean-up LGA and QFN Rework APR Series Applications Flux Dip Process Micro SMD and profiling Fume Extraction     .4mm Pitch LGA Reworking Fine Pitch LGA-LLP Packages Reworking LGA and QFN   Reworking QFN _LGA _MLF    LGA2011 Intel socket removal with tweezer nozzle APR 5000 XLS   Videos player place holder LGA2011 Intel socket removal with tweezer nozzle APR 5000 XLS   Metcal is a brand of       © 2018 Metcal. All rights reserved

FAQ in PCB Assembly Equipment | DDM Novastar

https://www.ddmnovastar.com/support/faq/

. An answer will appear below. Please choose from these categories: Component Counters What is the SMD tape width capability of the Component Counters scraper to gently scrape the inner surfaces of the solder pot to remove any dross that may adhere to the surface of the pot.   Remove the solder nozzle and pump motor to clean any dross build up.       a.  Loosen the two (2) 5mm socket head screws located of the solder to loosen the dross from the nozzle.       d.  Remove the black V belt from the motor to the solder pump.       e.  Loosen the two (2) 5mm socket head screws to the solder pump located above the solder level.       f.  Raise the pump assembly up

FAQ in PCB Assembly Equipment | DDM Novastar

http://www.ddmnovastar.com/support/faq/

.  For a full description, download this document. What is the SMD tape width capability of the Component Counters? All models accept 8mm to 68mm (0.315" to 2.68") tape widths that may adhere to the surface of the pot.   Remove the solder nozzle and pump motor to clean any dross build up.       a.  Loosen the two (2) 5mm socket head screws located on the outside edge of the nozzle just            below the solder level.       b V belt from the motor to the solder pump.       e.  Loosen the two (2) 5mm socket head screws to the solder pump located above the solder level.       f.  Raise the pump assembly up and out of the solder and gently tap on the pump to loosen

Alpha 1 Technologies | Parts & Accessories

http://alpha1technologies.com/parts-accs/

Panel 0 16340001 Valve 5 16343000 Socket,Power 4 16409000 Roller 2 16428000 Bracket 5 16474000 Spring,Torsion 1 16630001 Switch, Cherry 4 16689000 Spring,Extention 3 16697000 Plate,Mounting 1 16742001 Tube 7 16757001 Bearing,Ball 5 16757002 Bearing,Ball 6 Pulley 3 16886000 Clevis 1 16889000 Actuator 8 16895000 Cyclinder,Air 57 17070000 Connector, Plug 1 17147000 Capacitor 1 17149000 Tortion Spring 1 17190000 Cam 2 17191000 Shaft 16 17239000 Clip 3 17258078 Insulation, .50 1 17273000 Pulse Valve 7 17274000 Jack Socket Unit 18 30157600 Bumper 2 30160200 Bearing 2 30179700 Index Wheel .375 5 30179900 Inner Guide 12 30180000 Inner Guide RH 1 30200001 Label 1 30200901 Housing BEC 1 30218700 Block 1 30230501 Stop Pin 4 30237401 Bushing 2 30238001 Shim 1 42786301 Jack Socket, Kit 30 42804702X Carrier Clip Assy. 27 42804703X Carrier Clip Assy. 16 42804704X Carrier Clip 0 42838002 Nut, Adj. 1 42841002 Bracket,Cyl 2 42841101 Bracket, Cyl 5 42851005 Fitting, Straight 0 42851007 Fitting, Straight 0 42854402 Bracket, Switch 0 44854201 Bracket, Motor Adjust 0 44854401 Actuator, Clamp 0 44854501 Bumper 0 44854502 Bumper 4 44860501 Jack Socket 6 44860502 Jack Socket- .125 200 44860503 Jack Socket- .045 x .250 0 44874702 Bracket, Actuator 0 44874901 Block, Idler 0

Parts | Used SMT and Through Hole PCB Assembly Equipment

http://alpha1technologies.com/parts/

16340001 Valve 0 16343000 Socket,Power 0 16409000 Roller 0 16428000 Bracket 6 16474000 Spring,Torsion 1 16630001 Switch, Cherry 0 16689000 Spring,Extention 0 16697000 Plate,Mounting 1 16742001 Tube 0 16757001 Bearing,Ball 5 16757002 Bearing,Ball 6 16758000 16886000 Clevis 1 16889000 Actuator 8 16895000 Cyclinder,Air 0 17070000 Connector, Plug 1 17147000 Capacitor 1 17149000 Tortion Spring 1 17190000 Cam 2 17191000 Shaft 16 17239000 Clip 3 17258078 Insulation, .50 0 17273000 Pulse Valve 7 17274000 Actuator 30138600 Comm Intc Cable Asm 4 30150700 Jack Socket Unit 18 30157600 Bumper 2 30160200 Bearing 2 30179700 Index Wheel .375 5 30179900 Inner Guide 12 30180000 Inner Guide RH 0 30200001 Label 1 30200901 Housing BEC 1 30218700 Block 1 30230501 Stop Pin 0 42757801 Actuator 2 42766201 Connector, Male 4 42786301 Jack Socket, Kit 0 42804702X Carrier Clip Assy. 535 42804703 Carrier clips 27 42804703X Carrier Clip Assy. 16 42804704X Carrier Clip 0 42838002 Nut, Adj. 1 42841002 Bracket,Cyl 2 42841101 Bracket, Cyl 5 Clamp, Encoder 0 44853501 Bracket, Switch 0 44854201 Bracket, Motor Adjust 0 44854401 Actuator, Clamp 0 44854501 Bumper 0 44854502 Bumper 4 44860501 Jack Socket 6 44860502 Jack Socket- .125 200 44860503 Jack Socket- .045 x .250 0 44874702 Bracket

Unisoft - CAD viewer, Gerber viewer, PCB viewer software for EMS, CEM, OEM, ODM electronics manufact

http://www.unisoft-cim.com/features.htm

    - BOM - Importing Your BOM Files Wizard     - COMPONENT PROPERTIES - Changing SMD to THD and vice versa     - COMPONENT PROPERTIES - Changing TOP to Bottom and vice versa   cross-check the Bill of Materials (BOM)    to find out more.   back to top COMPONENT PROPERTIES - Changing SMD to THD & vice versa It is possible to change a component type from SMD to THD or vice versa o n the PC board . -------------- Method 2 - Edit the .FBA file component type indicator: CHANGING A COMPONENT TYPE FROM SMD to THD & VICE VERSA IN THE .FBA FILE: In certain cases it may be quicker to export a .FBA file and edit the component type indicator in that file and then reimport the .FBA . An example of when it may be faster to do it using this method would be if on a PCB assembly / PCBA you wanted all the components changed from THD to SMD . Then in this case you can simply change all the THD markers in the .FBA file to SMD markers with a search/replace and then reimport the edited

Unisoft - AOI Programming Software for electronics manufacturers EMS, CEM, OEM - PCB assembly / PCBA

http://www.unisoft-cim.com/aoi_download.htm

BOM for REFDES 'U5' ". For example if U5 was socketed you could have U5 the socket and U5 the actual component part in the same BOM and you would want this fact brought to your attention.  Click CLOSE to shut the window. Windows users: If the BOM the Mirtec AOI file. Building the top side AOI file: Click PLACE/AOI/X-Ray MODELS from the top menu then click MIRTEC (AOI), then click TAB-DELIMITED MMD and click OK to "Output SMD components only".  The BUILD FILE window opens and there are different options is a simple text file.   The .OPR file contains the Part Number followed by a tab then the Operation text for that part number (Example:  396051-01-4      HAND INSERT SOCKET PRE-WAVE).   The Operation information in the .OPR file is automatically assigned by description field from the Bill Of Materials (BOM), for example find all "0.1uf capacitor".  You can also find a Test Probe X/Y location and Test Probe number for your Bed Of Nails test fixture. To open the FIND window either a t the top of the display click

http://versatecsolutions.com/pdfs/brochure_cs400e.pdf

Lines, which are saved to an executable file. PAGE 26 DIP SIP SOCKET RESISTOR RADIAL WIDTH WIDTH # LEGS # LEGS # LEGS COLORS COLORS RESISTOR AXIAL DIODE CAPACITOR misc. TYPE TYPE TRANSISTOR SIZE SIZE SIZE TYPE COLORS COLORS COLORS SIZE EDIT MODE ° min Clinch Angle Lead lengths are consistent from board to board, because the the board hight is not dependent on operator “feel”. Transistor Multi-Leaded Components 10-pin SIP 40-pin DIP socket Radial Resistor The board sits on the standooff pin

Quick Questions | Harwin

https://www.harwin.com/contact/quick-questions/

. Martin Newbury, UK Do you do a 1mm female board socket that allows for a longer pin than H3183-05, at 4.6mm? › Answer We have two open-ended sockets that will allow for longer pins - the longest closed 1mm socket we have will only accept 5mm . By keeping them on the same drawing number, we ensure that any changes are carried out on both the production and customer drawings. There is a fuller explanation on the FAQ on this topic. Jim USA Is there a common socket for P20-0445R? › Answer These items . Girish pandiyan Bangalore I need a 32 pin smd pcb board to board connector. The stackup height is 7.5mm. It should be as small as possible and withstand vibration . Can you suggest any part? › Answer I'd recommend G125-FS13405F1P mating to G125-MS13405M2P

2005 Reports

http://www.uic.com/solutions/apl/area-consortium/member-tools/reports/2005-reports/

to solder mask defined (SMD) pads would often survive 50 drops. As would expected from these different drop results, the failure mode for NSMD pads was failure of the dielectric under the pad and cracking of the copper trace or pad. For the SMD pads as well but the drop testing has not been completed yet. Chip Capacitor Cracking in Lead-Free Assemblies Authors: Laurence A. Harvilchuck, Santosh Anil Kudtarkar and K. Srihari Abstract:  Multilayer ceramic chip capacitor assemblies are bend tested

Microsoft PowerPoint - Mfg Rel Challenges with QFN - ASQ RS [Read-Only]

http://www.solder.net/images/pdf/product/2011-03_ASQ-QFN.pdf

High Voltage Power Supplies (Hi-Pot) Testing o HALT o Temperature Cycling o Thermal Shock o Temperature/Humidity o Vibration o Mechanical Shock / Drop Tower o Mixed Flowing Gas o Salt Spray o Capacitor Testing (Ripple Current bonds to both tops and sides of pads o Use solder mask defined pads (SMD) with care o Can be used to avoid bridging between pads, especially between thermal and signal pads. o Pads can grow in size quite a bit based on PCB mfg capabilities o Can lose

Microsoft PowerPoint - Mfg Rel Challenges with QFN - ASQ RS [Read-Only]

https://www.solder.net/images/pdf/product/2011-03_ASQ-QFN.pdf

High Voltage Power Supplies (Hi-Pot) Testing o HALT o Temperature Cycling o Thermal Shock o Temperature/Humidity o Vibration o Mechanical Shock / Drop Tower o Mixed Flowing Gas o Salt Spray o Capacitor Testing (Ripple Current bonds to both tops and sides of pads o Use solder mask defined pads (SMD) with care o Can be used to avoid bridging between pads, especially between thermal and signal pads. o Pads can grow in size quite a bit based on PCB mfg capabilities o Can lose

http://www.gpd-global.com/co_website/pdf/fluiddispense/manual/NCM5000-Pump-Parts-List-22200614.xlsx

2.930833 00/0076 BOLT,SHOULDER,SST_3/16 X 1/8L X 8-32 5.22 0 0 0 9.22 5.22 00/0090 TABLETOP,DS9000,GENERIC,DO NOT BUILD 0 0 0 0 0 00/0091 TABLETOP,DS9100,GENERIC,DO NOT BUILD 0 0 0 0 0 00/98 CAPACITOR,ELECTROLYTIC_1200MF ,TRIMMER_1K,25T,CERMET 0 0 0 0 0 10/0106 CAPACITOR,TANTALUM_10 MF 35 VDC 1.13 0 0 0 5.46 1.13 10/0107 HEAT UNIT,RING_A-407,240V 77 0 0 0 188.7 77 10/0108 HEAT UNIT,RING_A-802, 240V 105 0 0 0 260.1 105 10/0109 CLAMP,RING HEATER_#6018 6.79 0 0 0 16.85 6.79 10 /0112 CAPACITOR,CERAMIC_100 PF 100V RADIAL 0.6 0 0 0 3.255 0.6 10/0115 SCREW,NYLON,FINGER_1/4-20 X 3\4 LONG 0.0828 0 0 0 1.64 0.0828 10/0118 TOOL STEEL,A2,F/G_3/32 X 5/8 0.833333 0 0 0 0.833333 10/0119 TOOL STEEL,A2,F/G_5/16 X 3/4 0.86 0 0 0 0.86 10/0123

http://www.gpd-global.com/co_website/pdf/fluiddispense/manual/PCD-Pump-Parts-List_22200613.xlsx

2.930833 00/0076 BOLT,SHOULDER,SST_3/16 X 1/8L X 8-32 5.22 0 0 0 9.22 5.22 00/0090 TABLETOP,DS9000,GENERIC,DO NOT BUILD 0 0 0 0 0 00/0091 TABLETOP,DS9100,GENERIC,DO NOT BUILD 0 0 0 0 0 00/98 CAPACITOR,ELECTROLYTIC_1200MF % 0.08 0 0 0 0.08 10/0104 RESISTOR_360 OHM,2W,5% 0 0 0 0 0 10/0105 POTENTIOMETER,TRIMMER_1K,25T,CERMET 0 0 0 0 0 10/0106 CAPACITOR,TANTALUM_10 MF 35 VDC 1.13 0 0 0 5.46 1.13 10/0107 HEAT UNIT,RING_A-407,240V 77 0 0 0 188.7 77 10/0108 HEAT UNIT,RING_A-802 , 240V 105 0 0 0 260.1 105 10/0109 CLAMP,RING HEATER_#6018 6.79 0 0 0 16.85 6.79 10/0112 CAPACITOR,CERAMIC_100 PF 100V RADIAL 0.6 0 0 0 3.255 0.6 10/0115 SCREW,NYLON,FINGER_1/4-20 X 3\4 LONG 0.0828 0 0 0 1.64 0.0828 10/0118 TOOL STEEL,A2,F/G_3/32 X 5/8

https://www.gesemi.com/download/GES%20Inventory%20List.xlsx

0050-14692 4 A28212 APPLIED MATERIALS STUD, CRYO, GATE VALVE WITH HEX SOCKET 0020-05162 48 A28213 APPLIED MATERIALS SCR CAP SKT HD 3/16-18X25 3690-01953 96 A28216 APPLIED MATERIALS SCR CAP SKT HD 6/32X5/8 3690-02223 12 A28218 APPLIED MATERIALS SCR CAP

J.M.W. - ADMIN Inventory Listing

http://www.jmw-inc.com/Listing.asp?FindThis=

Interlock Switch SMT Spare Parts N/A CH12UL Oriental Motor Capacitor SMT Spare Parts N/A CH20UL Oriental Motor Capacitor SMT Spare Parts N/A CH23UL Oriental Motor Capacitor SMT Spare Parts N/A CH45UL Oriental Motor Capacitor SMT Spare Parts N/A CH25 Oriental Motor Capacitor SMT Spare Parts N/A CH60CFAUL Oriental Motor Capacitor SMT Spare Parts N/A CH70UL Oriental Motor Capacitor SMT Spare Parts N/A 700-HK-36Z24 Allen Bradley Relay SMT Spare Parts N/A G2R-1-SN Omron Relay SMT Spare Parts N/A G2R-1-T Omron Spare Parts N/A CHB-38-70012 Potter & Brumfield Timing Relay SMT Spare Parts N/A AES1135 Schmersal Relay SMT Spare Parts N/A BC9-30-10 ABB Contactor SMT Spare Parts N/A P2RF-05-E Omron Relay Socket SMT Spare Parts N/A SH2B-05 Idec Relay Socket SMT Spare Parts N/A SY2S-05 Idec Relay Socket SMT Spare Parts N/A SH3B-05C Idec Relay Socket SMT Spare Parts N/A SY4S-05 Idec Relay Socket SMT Spare Parts N/A 27E893 P&B Relay Socket SMT Spare Parts N/A SH1B-05C Idec Relay Socket SMT Spare Parts N/A 95.75 Finder Relay Socket SMT Spare Parts N/A 700-HN100 Allen Bradley Relay Socket SMT Spare Parts N/A 11PFA Omron Relay Socket SMT Spare Parts N/A VBC6-30-10 ABB Relay SMT Spare Parts N/A SC648 Sonalert Audible Alarm SMT Spare Parts N/A BRP4535S-24-CD Intervox

SMT Spare Parts - Electrovert, DEK, MPM

http://www.jmw-inc.com/SMT_Spare_Parts.asp

Parts N/A MKP4-500 Hydra MKP4-500 Capacitor SMT Spare Parts N/A 42SRP-6002-QD Allen Bradley 42SRP-6002-QD Sensor SMT Spare Parts N/A 1492-SP3C300 Allen Bradley 1492-SP3C300 Circuit Breaker SMT Spare Parts N/A MKP2-500 Hydra MKP2-500 Capacitor SMT Spare Parts N/A Magnifyinglight3 Daylight N/A Magnifying Lamp SMT Spare Parts N/A JC0971 Unknown JC0971 7" LCD Monitor SMT Spare Parts N/A 46800605 SMT Spare Parts N/A 44507-0100 Omron STI Magnetically Actuated Safety Interlock Switch SMT Spare Parts N/A FRS9 Rockwell Automation Magnetically Actuated Safety Interlock Switch SMT Spare Parts N/A CH12UL Oriental Motor Capacitor SMT Spare Parts N /A CH20UL Oriental Motor Capacitor SMT Spare Parts N/A CH23UL Oriental Motor Capacitor SMT Spare Parts N/A CH45UL Oriental Motor Capacitor SMT Spare Parts N/A CH25 Oriental Motor Capacitor SMT Spare Parts N/A CH60CFAUL Oriental Motor Capacitor SMT Spare Parts N/A CH70UL Oriental Motor Capacitor SMT Spare Parts N/A 700-HK-36Z24 Allen Bradley Relay SMT Spare Parts N/A G2R-1-SN Omron Relay SMT Spare Parts N/A G2R-1-T Omron Relay SMT Spare Parts N/A RH1B-U Idec Relay SMT Spare Parts N/A RH4B-U Idec Relay SMT

http://www.teradyne.com/File%20Library/TUG/TUG-program-fix-2018.pdf

(117) Mother Board + AC/DC Socket Board Solution for IGBT Testing on ETS-88TH Platform (123) A Generic DIB Diagnostics Solution (89) 3:30-4:00 p.m. Break Session 3 4:00–5:30 p.m. RF / Wireless High Power Device and Module Test Extending Test System Capability Manufacturing Test Flow 4 ) Capacitor Measurement on J750HD for HDDPS, HDAPMU, HDCTO and HSD800 (65) 12:00-1:00 p.m. Lunch Session 5 1:00–3:00 p.m. Automotive High Speed Serial LitePoint Testing Fundamentals 1:00-1:30 p.m

http://www.teradyne.com/File%20Library/TUG/TUG-2018-Program.pdf

+ AC/DC Socket Board Solution for IGBT Testing on ETS-88TH Platform (123) A Generic DIB Diagnostics Solution (89) 3:30-4:00 pm BREAK SESSION 3 RF / WIRELESS HIGH POWER DEVICE AND MODULE TEST EXTENDING TEST SYSTEM CAPABILITY MANUFACTURING TEST FLOW 4:00-4 ) Capacitor Measurement on J750HD for HDDPS, HDAPMU, HDCTO and HSD800 (65) 12:00-1:00 pm LUNCH SESSION 5 AUTOMOTIVE HIGH SPEED SERIAL LITEPOINT TESTING FUNDAMENTALS 1:00-1

http://islandsmt.com/wp-content/uploads/2017/06/CS-400E-service-manual.pdf

. They are accessed by opening the left side door on the Controller cabinet. The fuse marked "A" is a 3A 250V fuse (Part Number: 312003) between the -26V capacitor, and the Crydom Relay Board. The fuse marked "8" is a 3A 250V fuse between the +26V capacitor fuse between the +40V capacitor and the Crydom Relay Board. The voltage from this fuse supplies the CuVClinch's Up/Down motor. The fuse marked "D" is a 64250Vfuse (Part Number: 312006) between the l2Vtransformer and the Crydom Relay Board. The voltage . DRIVER MODULES Located on the rear door of the Controller cabinet are six Driver Modules. Each of them is pou,tered by a 35V capacitor. The Driver Modules control the motion of the Table (X and Y directions), The Movable Projector (X and Y directions " (the average setting)' Press "ESC" twice' Z. press ,,J,,, then ,,C,,. This will allow you to jog the CuVClinch. Deflect the Jogstick up or down to jog the Movable Cutter to one side' g. Remove the #g socket head screw (A) attaching the stand-off Pin bracket to the cutter assembly. Remove the stand-otf pin by iotating it b0' counterclockwise and dropping it down through the cutter. 4. Remove the two #4 socket head screws (B) securing the cutter to the Cam Arm. Slide the cutter (both Inner and Outer Cutters) out

C:\400E Manual\Programming\COVER.wpd

http://islandsmt.com/wp-content/uploads/2017/06/CS-400E-Programming-Manual.pdf

the w ritten perm ission of V ersatec, llc is prohibited. PAGE 26 DIP SIP SOCKET RESISTOR RADIAL WIDTH WIDTH # LEGS # LEGS # LEGS COLORS COLORS WRITES IMAGE TO SEQUENCE. RETURNS TO PROGRAM SCREEN. CLEARS IMAGE DATA. RETURNS TO MAIN IMAGE SCREEN. REDO LAST IMAGES ALT AI@ RESISTOR AXIAL DIODE CAPACITOR misc. TYPE TYPE TRANSISTOR SIZE SIZE SIZE TYPE COLORS COLORS COLORS SIZE WRITES IMAGE TO SEQUENCE. RETURNS TO PROGRAM SCREEN. CLEARS IMAGE DATA. RETURNS TO MAIN IMAGE SCREEN. REDO LAST STEP SEE RESISTOR PAGES ) (.3 or .4 or .6) (body & notch) SIP 4 11 # LEGS/10 0.000 COLORS (5-19) (body & polarity) DIP SOCKET 4 12 # LEGS/10 BODY WIDTH COLORS (4-40) (.3 or .4 or .6) (black & gray) RADIAL RES. 4 13 SMALL BODY 0.000 COLORS (1 only) (bands) AXIAL RES. 4 15 BODY VERIFIER AUTOMATIC RESISTOR TEST 1 12 COMPONENT VERIFIER AUTOMATIC INDUCTOR TEST 1 13 COMPONENT VERIFIER AUTOMATIC CAPACITOR TEST 1 14 COMPONENT VERIFIER AUTOMATIC DIODE TEST 1 20 COMPONENT VERIFIER TEST ENABLED 1 21 COMPONENT VERIFIER MANUAL RESISTOR TEST 1 22 COMPONENT VERIFIER MANUAL INDUCTOR TEST 1 23 COMPONENT VERIFIER MANUAL CAPACITOR TEST 1 24 COMPONENT VERIFIER MANUAL DIODE TEST 2 00 ROTARY BIN RESET 2 01 ROTARY BIN ADVANCE 2 02 ROTARY BIN BACKUP 2 03 ROTARY BIN RANDOM ACCESS (CS-241) 2 71 CS-740

Microsoft Word - J001E redline.doc

http://ipc.org/4.0_Knowledge/4.1_Standards/J-STD-001E-redline-April-2010.pdf

element on the solder destination side lands (e.g., PTH component) of the assembly. b. The visible portion, if any, of the connection on either side of the PTH solder connection (or the visible portion of the SMD connection) is acceptable. c. Process

http://ipc.org/files-history/HistoryBook_web.pdf

, capacitors and transistors on the surface of the same piece of semiconductor. In a few weeks he assembled a circuit on a small bar of germanium that included a transistor, a capacitor and three resistors. The circuit worked, and the integrated circuit

Select Coat In-Line Oven

http://www.nordson.com/en-us/divisions/asymtek/documents/Manuals/108183c.pdf

the four socket head screws (1) securing the two end-of-stroke lightshields (2) to the support shafts (3). CAUTION: Be careful not to pinch your fingers when turning the gear box pulley by hand. 6. See Figure 4-3. Turn the gear box pulley (3) by hand until the UV lamps reach one end of the stroke. 7. See Figure 4-4. Position the lightshield (2) approximately 1.3 cm (1/2 in.) away from the UV lamp trolley. 8. Tighten the two lightshield socket head screws (1). 9. Repeat the above procedure to adjust capacitor to discharge any residual energy. If the primary capacitor fails, a backup capacitor will dissipate energy in five minutes. To avoid a five-minute delay if you think the primary capacitor may have failed, ground the capacitor terminals

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