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MI
Chennai, Tamil Nadu, India
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Our Product / Services

  1. Sockets 5 Products available
  2. Nuts Bolts And Fasteners 81 Products available
  3. Wires 9 Products available
  4. Cables And Wire Accessories 15 Products available
  5. Binding Systems 3 Products available
  6. Electrical Cables & Wires 3 Products available
  7. Others 102 Products / Services available

Electric Circuit Components & Parts #4537173

Polymicro Technologies Micro Components

  • Category Fiber Optic Product Families
  • Tubing Material: Fused silica, quart tubing
  • Fiber Type: Silica/Silica, Silica/TeflonĀ®
  • Features Easily incorporated into fiber terminations, Integral fiber designs
Micro components are products manufactured by laser andor mechanical machining operations. The machining alters the initial shape of the fused silica or quartz starting material to yield the desired finished product geometry. These micro components are capillary and fiber-based. Fiber-based micro components are manufactured from Polymicro Technologies optical fiber. Polymicro Technologies components are an ideal solution when a simple, flat, fiber end face is not feasible. With the latest technological advances in laser micro-machining, it is now possible to incorporate special optical coupling features onto the end of an optical fiber, alleviating critical design issues. This technology greatly improves in and out light flow by having interface features micro-machined into the fiber material. Production capabilities include integral sculpted tips including side-fire designs, as well as polishing, shaping, and finishing of fiber tips. These are especially important in high-power laser applications. Capillary micro components are fused silica or quartz tubing, which has been reshaped to modify the end face geometry andor the axial diameter. Ferrules and sleeves used in optical fiber applications are typically 2.00mm or less in outer diameter; the choice of material is often based on the application wavelength. Insertion flares are common and can be machined into single (one) or dual flared (both) ends as needed. For applications such as DWDM, shaped internal geometries have been manufactured.
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Vertical Solder Relief (VSR) Direct-Solder Crimp Terminals

  • Feature Increases reliability while lowering processing costs, Provides precise wire placement and st
  • Category Wire-to-Board Connectors
  • Mounting Style: Direct Solder
  • Orientation: Vertical
Soldering wires into a PCB is a lengthy, complex process for customers. Customers must strip, twist and dip the wire strands while manually holding the wires in place during processing. This wiring process increases production time, introduces inconsistent results, and can lead to wire or solder joint failure when the wire is bent andor unsupported during side loads. When the wire hangs without support, it creates unwanted forces on the wire strands. This often leads to catastrophic failures within the unit. Molexs Vertical Solder Relief (VSR) Direct-Solder Crimp Terminal solves all of these problems. The single, one-piece terminal design ensures easy processing of a reliable and cost-effective solution. With customers striving for greater reliability and lower processing costs, VSR Direct-Solder Crimp Terminal has become vital to single wire soldering PCB attachment during the manufacturing process for numerous applications.
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FlexPlane Optical Flex Circuits

  • Category Optical Connectivity
  • Mode Singlemode, Multimode, Hybrid
  • Routing Standard, 3D
  • Features Diverse substrate size, shape and packaging , Compatible with mass and discrete-fiber terminations
As telecommunications and networking technology advances, systems increasingly call for optical backplanes with high-fiber counts and cross-connect systems. Molex's FlexPlane Optical Backplane Circuitry provides a manageable means of fiber routing from card-to-card or shelf-to-shelf. Designed for versatility, standard FlexPlane Circuitry provides high-density routing on a flexible, flame-resistant substrate. As applications grow more demanding, available real estate on PCBs shrinks and adequate airflow becomes a vital part of design requirements. 3D FlexPlane Optical Backplane Circuits provide almost a 50% substrate size reduction compared to standard FlexPlane Circuitry. 3D FlexPlane routes the fiber on multiple stacked substrates to achieve a compact routing area while the standard routes flex circuits on a single substrate. Telecommunication and networking modules often need to be quickly replaced on backplanes without disrupting the entire system. System architects also need design flexibility to meet the particular demands of each application. Blind Mate MTP (BMTP), High Density Blind Mate MT (HBMT ), Blind Mate LC (BLC ) and Blind Mate SC (BSC ) Optical Backplane Connector Systems can be used to connect FlexPlane Optical Flex Circuits to individual cards in a shelf. Available in any routing scheme, fiber can be routed point-to-point, in a shuffle or in a logical pattern to meet specific requirements. Direct or fusion-spliced terminations are available.
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  • Jaijo Varghese (Molex India Limited)
  • Ist floor, Origin ITFS Dr. V.S.I Estate, Phase II, Taramani, Tharamani, Chennai, Tamil Nadu - 600041
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Retailer of Electric Circuit Components & Parts from Chennai, Tamil Nadu by Molex India Limited
Post Buy Requirement
MI
Chennai, Tamil Nadu, India
Add Review

Our Product / Services

  1. Wires 9 Products available
  2. Cables And Wire Accessories 15 Products available
  3. Binding Systems 3 Products available
  4. Electrical Cables & Wires 3 Products available
  5. Sockets 5 Products available
  6. Nuts Bolts And Fasteners 81 Products available
  7. Others 102 Products / Services available

Electric Circuit Components & Parts #4537173

Polymicro Technologies Micro Components

  • Category Fiber Optic Product Families
  • Tubing Material: Fused silica, quart tubing
  • Fiber Type: Silica/Silica, Silica/TeflonĀ®
  • Features Easily incorporated into fiber terminations, Integral fiber designs
Micro components are products manufactured by laser andor mechanical machining operations. The machining alters the initial shape of the fused silica or quartz starting material to yield the desired finished product geometry. These micro components are capillary and fiber-based. Fiber-based micro components are manufactured from Polymicro Technologies optical fiber. Polymicro Technologies components are an ideal solution when a simple, flat, fiber end face is not feasible. With the latest technological advances in laser micro-machining, it is now possible to incorporate special optical coupling features onto the end of an optical fiber, alleviating critical design issues. This technology greatly improves in and out light flow by having interface features micro-machined into the fiber material. Production capabilities include integral sculpted tips including side-fire designs, as well as polishing, shaping, and finishing of fiber tips. These are especially important in high-power laser applications. Capillary micro components are fused silica or quartz tubing, which has been reshaped to modify the end face geometry andor the axial diameter. Ferrules and sleeves used in optical fiber applications are typically 2.00mm or less in outer diameter; the choice of material is often based on the application wavelength. Insertion flares are common and can be machined into single (one) or dual flared (both) ends as needed. For applications such as DWDM, shaped internal geometries have been manufactured.
View Complete Details

Vertical Solder Relief (VSR) Direct-Solder Crimp Terminals

  • Feature Increases reliability while lowering processing costs, Provides precise wire placement and st
  • Category Wire-to-Board Connectors
  • Mounting Style: Direct Solder
  • Orientation: Vertical
Soldering wires into a PCB is a lengthy, complex process for customers. Customers must strip, twist and dip the wire strands while manually holding the wires in place during processing. This wiring process increases production time, introduces inconsistent results, and can lead to wire or solder joint failure when the wire is bent andor unsupported during side loads. When the wire hangs without support, it creates unwanted forces on the wire strands. This often leads to catastrophic failures within the unit. Molexs Vertical Solder Relief (VSR) Direct-Solder Crimp Terminal solves all of these problems. The single, one-piece terminal design ensures easy processing of a reliable and cost-effective solution. With customers striving for greater reliability and lower processing costs, VSR Direct-Solder Crimp Terminal has become vital to single wire soldering PCB attachment during the manufacturing process for numerous applications.
View Complete Details

FlexPlane Optical Flex Circuits

  • Category Optical Connectivity
  • Mode Singlemode, Multimode, Hybrid
  • Routing Standard, 3D
  • Features Diverse substrate size, shape and packaging , Compatible with mass and discrete-fiber terminations
As telecommunications and networking technology advances, systems increasingly call for optical backplanes with high-fiber counts and cross-connect systems. Molex's FlexPlane Optical Backplane Circuitry provides a manageable means of fiber routing from card-to-card or shelf-to-shelf. Designed for versatility, standard FlexPlane Circuitry provides high-density routing on a flexible, flame-resistant substrate. As applications grow more demanding, available real estate on PCBs shrinks and adequate airflow becomes a vital part of design requirements. 3D FlexPlane Optical Backplane Circuits provide almost a 50% substrate size reduction compared to standard FlexPlane Circuitry. 3D FlexPlane routes the fiber on multiple stacked substrates to achieve a compact routing area while the standard routes flex circuits on a single substrate. Telecommunication and networking modules often need to be quickly replaced on backplanes without disrupting the entire system. System architects also need design flexibility to meet the particular demands of each application. Blind Mate MTP (BMTP), High Density Blind Mate MT (HBMT ), Blind Mate LC (BLC ) and Blind Mate SC (BSC ) Optical Backplane Connector Systems can be used to connect FlexPlane Optical Flex Circuits to individual cards in a shelf. Available in any routing scheme, fiber can be routed point-to-point, in a shuffle or in a logical pattern to meet specific requirements. Direct or fusion-spliced terminations are available.
View Complete Details
Tell Us What are you looking for? Will call you back

Contact Us

  • Jaijo Varghese (Molex India Limited)
  • Ist floor, Origin ITFS Dr. V.S.I Estate, Phase II, Taramani, Tharamani, Chennai, Tamil Nadu - 600041
  • Share us via