• PRINTED CIRCUIT BOARD ASSEMBLY
    #Pcbassembly
    #smtassembly
    #smtpcbassembly
    Our PCB assembly services include SMT assembly, mixed technology, and through-hole in a ESD protected, humidity controlled environment. Our high speed SMT lines are equipped with solder paste inspection, 40” high definition Inspection monitors with max magnification at 600X, 13 zone re-flow ovens and 3D AOI. Through-hole capabilities include an 18’ slide line with four high definition monitors, wave solder, or the use of the latest selective soldering technology equipment. PNC’s final inspection area includes (4) inspection stations with high definition monitors designed for employee ergonomic comfort. Read more: https://bit.ly/3fsgB02
    Website: https://pnconline.com/
    twitter.com: https://twitter.com/PNCINC
    pinterest.com: https://www.pinterest.com.au/rrosh2014/_created/
    Facebook.com: https://www.facebook.com/PNCONLINE
    myspace.com: https://myspace.com/pncinc2020
    tumblr.com: https://www.tumblr.com/blog/view/pncinc
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    bresdel.com: https://bresdel.com/pncinc
    Location: 115 East Centre St. Nutley, NJ, 07110
    Call us: (973) 284-1600
    Email us: sales@pnconline.com
    PRINTED CIRCUIT BOARD ASSEMBLY #Pcbassembly #smtassembly #smtpcbassembly Our PCB assembly services include SMT assembly, mixed technology, and through-hole in a ESD protected, humidity controlled environment. Our high speed SMT lines are equipped with solder paste inspection, 40” high definition Inspection monitors with max magnification at 600X, 13 zone re-flow ovens and 3D AOI. Through-hole capabilities include an 18’ slide line with four high definition monitors, wave solder, or the use of the latest selective soldering technology equipment. PNC’s final inspection area includes (4) inspection stations with high definition monitors designed for employee ergonomic comfort. Read more: https://bit.ly/3fsgB02 Website: https://pnconline.com/ twitter.com: https://twitter.com/PNCINC pinterest.com: https://www.pinterest.com.au/rrosh2014/_created/ Facebook.com: https://www.facebook.com/PNCONLINE myspace.com: https://myspace.com/pncinc2020 tumblr.com: https://www.tumblr.com/blog/view/pncinc instagram.com: https://www.instagram.com/pnc_pcb/ bresdel.com: https://bresdel.com/pncinc Location: 115 East Centre St. Nutley, NJ, 07110 Call us: (973) 284-1600 Email us: sales@pnconline.com
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    Printed Circuit Board Assembly Services | PNC Inc.
    Our total concept model allows us to offer quick turn (PCB) printed circuit board assembly services from prototype to volume quantities. Call for details!
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  • Four Stages of PCB Design and Assembling
    #PCBassembly
    #PrintedCircuitBoard
    #PCBBoard
    #PCBAssembly
    #smtassembly
    #pcbassemblyservices
    PCB is a printed circuit board that helps connect different electrical components. The board is a combination of laminated material, and the copper foil laid on a non-conductive substrate.
    A PCB is the main part of any electronic device, so it has to be perfect. It should have functional components and microelectronics circuits to perform well. Development of PCB goes through different processes that you should know well. PCB manufacturing has 4 stages, including design, manufacturing, PCB assembly, and PCB testing.
    First Stage- Design
    PCB design involves different steps, such as schematic design, layout planning, the placement of the components, routing, and manufacturing files.
    PCB schematic design: It is a blueprint of PC design that shows all PCB components with symbols. The schematic design is always according to the technical requirements of the user.
    Layout planning: After the schematic design, you have to develop the layout of a PCB that includes physical components’ models, the shape of the PCB, and the structure of a PCB.
    Placement of components: It involves planning the placement of various components. You decide on the PCB layers according to your requirements. The right placement of the components ensures a flawless board, decreasing the production cost.
    First of all, the designer places the fixed components in the layout, including switches and connectors.
    Then, the critical components are placed, such as memory chips, microprocessors, as well as power supplies.
    Then the supporting components of the PCB are placed, like inductors, capacitors, and resistors.
    In the end, the decoupling capacitors and terminating resistors are placed.
    Routing: Once the components are placed, you have to connect all components through trace routing. There are four ways to do so, such as manual routing, auto-interactive routing, semi-automatic, and batch-auto routing. You can choose any method according to your Printed Circuit Board and budget.
    Design: In this stage, you have to plan for the number of board layers, dimension of the board, and types of components. You can use a special app in this case, such as EDA or electronic design automation. The designer often adopts the SMT instead of a through-hole technology, depending on your requirements.Once the design is over, you can export the design files to CAD or Gerber format.
    Preparation of manufacturing files: This is the last stage of design where the designer exports the Gerber files for manufacturing. The manufacturer needs these files to develop a printed circuit board.
    View more: https://youtu.be/GEqfgWv5hLM
    Website: https://pnconline.com/
    Facebook: https://www.facebook.com/PNCONLINE
    Twitter: https://twitter.com/PNCINC
    Instagram: https://www.instagram.com/pnc_pcb/
    Tumblr: https://www.tumblr.com/blog/view/pncinc
    Myspace :https://myspace.com/pncinc2020
    Bresdel: https://bresdel.com/pncinc
    Pinterest :https://www.pinterest.com.au/rrosh2014/_created/

    Call us: (973) 284-1600
    Email us: sales@pnconline.com
    Location: PNC INC, 115 East Centre St.Nutley, NJ, 07110
    Four Stages of PCB Design and Assembling #PCBassembly #PrintedCircuitBoard #PCBBoard #PCBAssembly #smtassembly #pcbassemblyservices PCB is a printed circuit board that helps connect different electrical components. The board is a combination of laminated material, and the copper foil laid on a non-conductive substrate. A PCB is the main part of any electronic device, so it has to be perfect. It should have functional components and microelectronics circuits to perform well. Development of PCB goes through different processes that you should know well. PCB manufacturing has 4 stages, including design, manufacturing, PCB assembly, and PCB testing. First Stage- Design PCB design involves different steps, such as schematic design, layout planning, the placement of the components, routing, and manufacturing files. PCB schematic design: It is a blueprint of PC design that shows all PCB components with symbols. The schematic design is always according to the technical requirements of the user. Layout planning: After the schematic design, you have to develop the layout of a PCB that includes physical components’ models, the shape of the PCB, and the structure of a PCB. Placement of components: It involves planning the placement of various components. You decide on the PCB layers according to your requirements. The right placement of the components ensures a flawless board, decreasing the production cost. First of all, the designer places the fixed components in the layout, including switches and connectors. Then, the critical components are placed, such as memory chips, microprocessors, as well as power supplies. Then the supporting components of the PCB are placed, like inductors, capacitors, and resistors. In the end, the decoupling capacitors and terminating resistors are placed. Routing: Once the components are placed, you have to connect all components through trace routing. There are four ways to do so, such as manual routing, auto-interactive routing, semi-automatic, and batch-auto routing. You can choose any method according to your Printed Circuit Board and budget. Design: In this stage, you have to plan for the number of board layers, dimension of the board, and types of components. You can use a special app in this case, such as EDA or electronic design automation. The designer often adopts the SMT instead of a through-hole technology, depending on your requirements.Once the design is over, you can export the design files to CAD or Gerber format. Preparation of manufacturing files: This is the last stage of design where the designer exports the Gerber files for manufacturing. The manufacturer needs these files to develop a printed circuit board. View more: https://youtu.be/GEqfgWv5hLM Website: https://pnconline.com/ Facebook: https://www.facebook.com/PNCONLINE Twitter: https://twitter.com/PNCINC Instagram: https://www.instagram.com/pnc_pcb/ Tumblr: https://www.tumblr.com/blog/view/pncinc Myspace :https://myspace.com/pncinc2020 Bresdel: https://bresdel.com/pncinc Pinterest :https://www.pinterest.com.au/rrosh2014/_created/ Call us: (973) 284-1600 Email us: sales@pnconline.com Location: PNC INC, 115 East Centre St.Nutley, NJ, 07110
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  • Four Stages of PCB Design and Assembling
    #PCBassembly
    #PrintedCircuitBoard
    #PCBBoard
    #PCBAssembly
    #smtassembly
    #pcbassemblyservices
    PCB is a printed circuit board that helps connect different electrical components. The board is a combination of laminated material, and the copper foil laid on a non-conductive substrate.
    A PCB is the main part of any electronic device, so it has to be perfect. It should have functional components and microelectronics circuits to perform well. Development of PCB goes through different processes that you should know well. PCB manufacturing has 4 stages, including design, manufacturing, PCB assembly, and PCB testing.
    First Stage- Design
    PCB design involves different steps, such as schematic design, layout planning, the placement of the components, routing, and manufacturing files.
    PCB schematic design: It is a blueprint of PC design that shows all PCB components with symbols. The schematic design is always according to the technical requirements of the user.
    Layout planning: After the schematic design, you have to develop the layout of a PCB that includes physical components’ models, the shape of the PCB, and the structure of a PCB.
    Placement of components: It involves planning the placement of various components. You decide on the PCB layers according to your requirements. The right placement of the components ensures a flawless board, decreasing the production cost.
    First of all, the designer places the fixed components in the layout, including switches and connectors.
    Then, the critical components are placed, such as memory chips, microprocessors, as well as power supplies.
    Then the supporting components of the PCB are placed, like inductors, capacitors, and resistors.
    In the end, the decoupling capacitors and terminating resistors are placed.
    Routing: Once the components are placed, you have to connect all components through trace routing. There are four ways to do so, such as manual routing, auto-interactive routing, semi-automatic, and batch-auto routing. You can choose any method according to your Printed Circuit Board and budget.
    Design: In this stage, you have to plan for the number of board layers, dimension of the board, and types of components. You can use a special app in this case, such as EDA or electronic design automation. The designer often adopts the SMT instead of a through-hole technology, depending on your requirements.Once the design is over, you can export the design files to CAD or Gerber format.
    Preparation of manufacturing files: This is the last stage of design where the designer exports the Gerber files for manufacturing. The manufacturer needs these files to develop a printed circuit board.

    Stage 2-Manufacturing of Circuit Board
    Once the manufacturer receives all design drawings, he starts making PCB. It involves different stages as described below:
    Design Imaging: The manufacturer uses a plotter to convert the PCB design files into filmslike they resemble the photo negatives of the schematic design. The printer uses black and clear inks for inner and outer layers. Copper traces and circuits are shown with black ink, whereas the non-conductive parts are shown with clearink.
    Printing of Inner Layers on Copper: It is the initial stage of PCB manufacturing. The engineer uses a substrate material to make a laminated board. Like, epoxy resin or fiberglasses are common in this case. The design of the PCB is printed on the board, and then his pre-bondscopper on a board’s both sides. After that comes the etching of copper, and then the board is protected through a photo-sensitive film.
    Ultraviolet Light: the manufacturer then exposes the resist-covered PCB to UV light to strengthen the photo-reactive material. Then the board is cleaned with an alkaline solution to get rid of unnecessary copper particles. The expert checks the board to remove any errors and then goes to the next stage. The main aim of UV blasting is to develop a PCB Board according to the schematic drawing.
    Inner layer’s etching: copper’s inner layer needs chemical etching for removal. The process of photoresist prevents the essential copper from etching. The board size determines the amount of the solution and etching time which is less for small boards but more for large boards.
    Read more: https://bit.ly/3bUkSaE
    Website: https://pnconline.com/
    Facebook: https://www.facebook.com/PNCONLINE
    Twitter: https://twitter.com/PNCINC
    Instagram: https://www.instagram.com/pnc_pcb/
    Tumblr: https://www.tumblr.com/blog/view/pncinc
    Myspace :https://myspace.com/pncinc2020
    Bresdel: https://bresdel.com/pncinc
    Pinterest :https://www.pinterest.com.au/rrosh2014/_created/

    Call us: (973) 284-1600
    Email us: sales@pnconline.com
    Location: PNC INC, 115 East Centre St.Nutley, NJ, 07110
    Four Stages of PCB Design and Assembling #PCBassembly #PrintedCircuitBoard #PCBBoard #PCBAssembly #smtassembly #pcbassemblyservices PCB is a printed circuit board that helps connect different electrical components. The board is a combination of laminated material, and the copper foil laid on a non-conductive substrate. A PCB is the main part of any electronic device, so it has to be perfect. It should have functional components and microelectronics circuits to perform well. Development of PCB goes through different processes that you should know well. PCB manufacturing has 4 stages, including design, manufacturing, PCB assembly, and PCB testing. First Stage- Design PCB design involves different steps, such as schematic design, layout planning, the placement of the components, routing, and manufacturing files. PCB schematic design: It is a blueprint of PC design that shows all PCB components with symbols. The schematic design is always according to the technical requirements of the user. Layout planning: After the schematic design, you have to develop the layout of a PCB that includes physical components’ models, the shape of the PCB, and the structure of a PCB. Placement of components: It involves planning the placement of various components. You decide on the PCB layers according to your requirements. The right placement of the components ensures a flawless board, decreasing the production cost. First of all, the designer places the fixed components in the layout, including switches and connectors. Then, the critical components are placed, such as memory chips, microprocessors, as well as power supplies. Then the supporting components of the PCB are placed, like inductors, capacitors, and resistors. In the end, the decoupling capacitors and terminating resistors are placed. Routing: Once the components are placed, you have to connect all components through trace routing. There are four ways to do so, such as manual routing, auto-interactive routing, semi-automatic, and batch-auto routing. You can choose any method according to your Printed Circuit Board and budget. Design: In this stage, you have to plan for the number of board layers, dimension of the board, and types of components. You can use a special app in this case, such as EDA or electronic design automation. The designer often adopts the SMT instead of a through-hole technology, depending on your requirements.Once the design is over, you can export the design files to CAD or Gerber format. Preparation of manufacturing files: This is the last stage of design where the designer exports the Gerber files for manufacturing. The manufacturer needs these files to develop a printed circuit board. Stage 2-Manufacturing of Circuit Board Once the manufacturer receives all design drawings, he starts making PCB. It involves different stages as described below: Design Imaging: The manufacturer uses a plotter to convert the PCB design files into filmslike they resemble the photo negatives of the schematic design. The printer uses black and clear inks for inner and outer layers. Copper traces and circuits are shown with black ink, whereas the non-conductive parts are shown with clearink. Printing of Inner Layers on Copper: It is the initial stage of PCB manufacturing. The engineer uses a substrate material to make a laminated board. Like, epoxy resin or fiberglasses are common in this case. The design of the PCB is printed on the board, and then his pre-bondscopper on a board’s both sides. After that comes the etching of copper, and then the board is protected through a photo-sensitive film. Ultraviolet Light: the manufacturer then exposes the resist-covered PCB to UV light to strengthen the photo-reactive material. Then the board is cleaned with an alkaline solution to get rid of unnecessary copper particles. The expert checks the board to remove any errors and then goes to the next stage. The main aim of UV blasting is to develop a PCB Board according to the schematic drawing. Inner layer’s etching: copper’s inner layer needs chemical etching for removal. The process of photoresist prevents the essential copper from etching. The board size determines the amount of the solution and etching time which is less for small boards but more for large boards. Read more: https://bit.ly/3bUkSaE Website: https://pnconline.com/ Facebook: https://www.facebook.com/PNCONLINE Twitter: https://twitter.com/PNCINC Instagram: https://www.instagram.com/pnc_pcb/ Tumblr: https://www.tumblr.com/blog/view/pncinc Myspace :https://myspace.com/pncinc2020 Bresdel: https://bresdel.com/pncinc Pinterest :https://www.pinterest.com.au/rrosh2014/_created/ Call us: (973) 284-1600 Email us: sales@pnconline.com Location: PNC INC, 115 East Centre St.Nutley, NJ, 07110
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    Four Stages of PCB Design and Assembling
    It is a blueprint of PCB design that shows all PCB components. The schematic design is always according to the technical requirements of the user.
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  • Design Elements Influencing SMT Assembly
    View more: https://youtu.be/mBqXrHQISU4
    #PCboard
    #PCboardfabrication
    #PCBdesign
    #PCBfabrication
    #SMTassembly
    #Circuitboardfabrication
    Call us: (973) 284-1600
    Visit us: sales@pnconline.com
    Location: PNC INC, 115 East Centre St.
    Nutley, NJ, 07110
    Design Elements Influencing SMT Assembly View more: https://youtu.be/mBqXrHQISU4 #PCboard #PCboardfabrication #PCBdesign #PCBfabrication #SMTassembly #Circuitboardfabrication Call us: (973) 284-1600 Visit us: sales@pnconline.com Location: PNC INC, 115 East Centre St. Nutley, NJ, 07110
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  • Identify SMT Components Polarity on a PC Board
    The design of PCB and its assembly involves different components. The smart era has resulted in a compact PCB design and the components’ polarity is hard to identify now. Here, we will see how to recognize the polarity of the SMT components to avoid its reversal during production, ensure a correct PCB, and enhance the quality of engineers’ knowledge regarding the polarized components’ direction.
    Understand the Polarity of Components In PCB?
    The polarity of SMT components is the position of the SMT components’ first pin or it’s the direction of the component. In other words, when you mount a component during the SMT assembly process, it should be installed in a specific direction and that is polarity.
    You have to make sure that both negative and positive poles of the components are connected to the circuit board. If the components’ direction is wrong while mounting, it would result in a blocked circuit, causing a short circuit. Moreover, the body of the component gets burned and the circuit does not function correctly due to wrong placement.
    Read more: https://www.pnconline.com/blog/identify-smt-components-polarity-on-a-pc-board/
    Call us: (973) 284-1600
    Visit us: sales@pnconline.com
    #PCboard
    #PCBdesign
    #Printedcircuitboard
    #SMTassemblyprocess
    #pcbassembly
    Identify SMT Components Polarity on a PC Board The design of PCB and its assembly involves different components. The smart era has resulted in a compact PCB design and the components’ polarity is hard to identify now. Here, we will see how to recognize the polarity of the SMT components to avoid its reversal during production, ensure a correct PCB, and enhance the quality of engineers’ knowledge regarding the polarized components’ direction. Understand the Polarity of Components In PCB? The polarity of SMT components is the position of the SMT components’ first pin or it’s the direction of the component. In other words, when you mount a component during the SMT assembly process, it should be installed in a specific direction and that is polarity. You have to make sure that both negative and positive poles of the components are connected to the circuit board. If the components’ direction is wrong while mounting, it would result in a blocked circuit, causing a short circuit. Moreover, the body of the component gets burned and the circuit does not function correctly due to wrong placement. Read more: https://www.pnconline.com/blog/identify-smt-components-polarity-on-a-pc-board/ Call us: (973) 284-1600 Visit us: sales@pnconline.com #PCboard #PCBdesign #Printedcircuitboard #SMTassemblyprocess #pcbassembly
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    Identify SMT Components Polarity on a PC Board
    The design of PCB and its assembly involves different components. The smart era has resulted in a compact PCB design and the components’ polarity is hard to identify now. Here, we will see how to recognize the polarity of the SMT components to avoid its reversal during production, ensure a correct PCB, and enhance the … Continue reading Identify SMT Components Polarity on a PC Board →
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