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Used Semiconductors in Nara, Japan

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    2005 OMRON VT-WIN-Ⅱ

    • Manufacturer: Omron

    Right → left (fixed front) body × 1 Server x 1 / Repair support x 3 With perspective mechanism (OP) With text matter (OP) With board backup (OP) Camera = CCD / Lighting = Circular LED automatic illuminance contro...

    Nara, Japan
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    2012 Atec NJ06-11M-82-RLF

    • Manufacturer: エイテック

    Right-to-left (front fixed) nitrogen reflow oven 8 heater zones (top and bottom) 2 cooling zones Maximum board width: 400mm Maximum board length: 500mm Warp prevention Automatic width adjustment Flux recovery Tot...

    Nara, Japan
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    2013 Atec RN121M-82-RLF

    • Manufacturer: エイテック

    Right-to-left (front fixed) nitrogen reflow oven 8 heating zones (top and bottom) 2 cooling zones Maximum board width: 250mm Maximum board length: 330mm Warp prevention Automatic width adjustment Flux recovery To...

    Nara, Japan
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    2010 NAGAOKA NMC-250E

    • Manufacturer: ナガオカ

    Left to right (front fixed) Inline Laser marking on board top surface Laser body (SUNX LP-400) Substrate:Max250×330mm XY axis stage movement, reading function 48w, wavelength 10.6μm, class 4

    Nara, Japan
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    2013 Atec NJ06-11M-82-RLF

    • Manufacturer: エイテック

    Right-to-left (front fixed) nitrogen reflow oven 8 heater zones (top and bottom) 2 cooling zones Maximum board width: 400mm Maximum board length: 500mm Warp prevention Automatic width adjustment Flux recovery Tot...

    Nara, Japan
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    Meisho MS-9000S

    • Manufacturer: メイショウ

    Pb-free Applicable substrate: 330*250mm XY table movement: X300*150mm TFT color monitor: 10 inches, touch panel

    Nara, Japan
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    2007 Malcom RDT-250C

    • Manufacturer: Malcom

    Tabletop Desktop Nitrogen, Atmospheric Reflow Oven Easy profile measurement of lead-free mounting solder 6-channel profile measurement and real-time temperature profile confirmation Soldering conditions can be ch...

    Nara, Japan
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    2012 Yamaha YS88

    • Manufacturer: Yamaha
    • Model: YS88

    Right → Left (Front Fixed) Takt Time: 0.43 seconds/chip (Catalog Value) Maximum Board Size: 510 x 410 mm Components: 0603-55 mm, SOP/SOJ, QFP, etc. Component Height: 25.5 mm or less Long Connectors: Up to 100 mm ...

    Nara, Japan
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    2011 Tamura TNX25-307EM-P

    • Manufacturer: Tamura

    Left to right (front fixed) nitrogen reflow furnace Heater: 7 zones / Cooling: 1 zone Mounting allowance 4mm Substrate MAX. W250 × L330 (mm) M I N. W 50 × L 50 (mm) Conveyor width adjustment manual Component heig...

    Nara, Japan
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    2011 Yamaha YS12

    • Manufacturer: Yamaha
    • Model: YS12

    Right-to-left (front fixed) 10-channel multi-head Takt time: 0.10 seconds/chip (catalog value) Maximum PCB size: 510 x 460 mm Component sizes: 0402-32 mm, SOP/SOJ, QFP, etc. Component height: 6.5 mm or less Scan ...

    Nara, Japan
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    2011 iPulse M20

    • Manufacturer: アイパルス

    Flow/Fixed Variable Chip Mounter 4-Nozzle 4θ Head Takt Time: 0.15 seconds/chip (catalog value) Maximum PCB Size: 980mm x 51mm (2-process mounting) Bulk Exchange Cart Specification (Front and Rear) Front Multi-Sca...

    Nara, Japan

Overview

Semiconductors are materials with electrical conductivity between that of a conductor and an insulator. They are essential components in modern electronics, used in devices such as computers, smartphones, and other digital appliances. The unique properties of semiconductors allow for the control of electrical currents, making them crucial for integrated circuits and various electronic components.

FAQ

What should I consider when buying semiconductors?

Consider the specific application, required specifications, and compatibility with existing systems. It's also important to verify the supplier's reliability and the product's quality certifications.

How can I ensure safe shipping for semiconductors?

Use anti-static packaging and cushioning materials to prevent damage during transit. Ensure the shipping company is experienced in handling sensitive electronic components.

What is the maintenance required for semiconductor devices?

Semiconductor devices generally require minimal maintenance. However, ensure proper cooling, avoid static discharge, and handle with care to prevent physical damage.