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    • Model: DT9205A

    • Display: Large LCD screen

    • Measurement: AC/DC Voltage, DC Current, Resistance, Diode & Transistor test

    • Functions: Data Hold, Backstand Support, Overload Protection

    • Power: Standard 9V Battery

    • Application: Education, DIY, Electronics Repair, Lab testing

    30 day delivery

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    Dt9205a Digital Multimeter

     $0

    • Model: DT9205A

    • Display: Large LCD screen

    • Measurement: AC/DC Voltage, DC Current, Resistance, Diode & Transistor test

    • Functions: Data Hold, Backstand Support, Overload Protection

    • Power: Standard 9V Battery

    • Application: Education, DIY, Electronics Repair, Lab testing

    30 day delivery

    • Model: DSO138

    • Display: 2.4″ TFT color screen

    • Status: Fully Assembled & Tested

    • Power Supply: 5V DC (via USB or adapter)

    • Bandwidth: 0–200 kHz (approx.)

    • Max Input Voltage: 50V (with probe)

    • Application: Learning, hobby electronics, repair, and basic signal analysis

    1 day delivery

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    Fully Assembled Dso138 2.4″ Tft Digital Oscilloscope In Pakistan

    • Model: DSO138

    • Display: 2.4″ TFT color screen

    • Status: Fully Assembled & Tested

    • Power Supply: 5V DC (via USB or adapter)

    • Bandwidth: 0–200 kHz (approx.)

    • Max Input Voltage: 50V (with probe)

    • Application: Learning, hobby electronics, repair, and basic signal analysis

    1 day delivery

      • Type: General Purpose Scissors

      • Blade Material: Stainless Steel

      • Handle Material: Durable Plastic

      • Applications: Home, office, school, craft, DIY use

      • Features: Sharp cutting, ergonomic grip, lightweight design

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    General Purpose Scissors

     $0

      • Type: General Purpose Scissors

      • Blade Material: Stainless Steel

      • Handle Material: Durable Plastic

      • Applications: Home, office, school, craft, DIY use

      • Features: Sharp cutting, ergonomic grip, lightweight design

    • Product Type: Helping Hand Magnifier with LED & Soldering Stand

    • Magnification: 3.5X (main lens), 12X (auxiliary lens)

    • Light Source: Built-in LED light

    • Clips: Adjustable alligator helping hands

    • Stand: Soldering iron holder + stable weighted base

    • Material: Metal + optical glass + ABS

    • Applications: Electronics repair, soldering, PCB work, jewelry making, crafting

    • Power Supply: Battery-operated LED (varies by model)

    20 day delivery

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    Helping Hand Clip Desktop Led Light Magnifier Glass With Soldering Stand 3.5x 12x

     $0
    Sold: 0
    Available: 6

    • Product Type: Helping Hand Magnifier with LED & Soldering Stand

    • Magnification: 3.5X (main lens), 12X (auxiliary lens)

    • Light Source: Built-in LED light

    • Clips: Adjustable alligator helping hands

    • Stand: Soldering iron holder + stable weighted base

    • Material: Metal + optical glass + ABS

    • Applications: Electronics repair, soldering, PCB work, jewelry making, crafting

    • Power Supply: Battery-operated LED (varies by model)

    20 day delivery

    • Type: High Power Electric Soldering Iron

    • Input Voltage: 220V

    • Power Range: 30W / 70W (dual power adjustable)

    • Heating Element: Quick heat-up ceramic core

    • Handle: Heat-resistant ergonomic grip

    • Applications: PCB soldering, motherboard repair, jumper wire, DIY projects

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    High Power Soldering Iron 220v 30w-70w Professional Dual Power Quick Heat-up Adjustable Welding Electric Soldering Iron

     $0

    • Type: High Power Electric Soldering Iron

    • Input Voltage: 220V

    • Power Range: 30W / 70W (dual power adjustable)

    • Heating Element: Quick heat-up ceramic core

    • Handle: Heat-resistant ergonomic grip

    • Applications: PCB soldering, motherboard repair, jumper wire, DIY projects

  • Product Configuration 

    This is a mechanical tool. Its “configuration” involves adjusting it to fit your specific workpiece:

    1. Placement: Position the holder on a stable, flat work surface close to your soldering station.

    2. Adjust the Arms:

      • Loosen the knobs or bolts on the holder’s articulated arms.

      • Position the arms so the clips are near the edge of the PCB you want to hold.

    3. Secure the PCB:

      • Use the clips to grip the PCB on its edges, ideally on a non-critical area with no components or traces.

      • For large boards: Use two clips on opposite sides.

      • For small boards: Use two clips on one side or angle them to grip securely.

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    High Temperature Pcb Board Holder Maintenance Repair Fixture Stand For Mobile Phone Smt Soldering Iron

     $0

    Product Configuration 

    This is a mechanical tool. Its “configuration” involves adjusting it to fit your specific workpiece:

    1. Placement: Position the holder on a stable, flat work surface close to your soldering station.

    2. Adjust the Arms:

      • Loosen the knobs or bolts on the holder’s articulated arms.

      • Position the arms so the clips are near the edge of the PCB you want to hold.

    3. Secure the PCB:

      • Use the clips to grip the PCB on its edges, ideally on a non-critical area with no components or traces.

      • For large boards: Use two clips on opposite sides.

      • For small boards: Use two clips on one side or angle them to grip securely.

  • This adapter is not “configured” via software but rather through physical wiring. Here is how to set it up:

    1. Identify Your PIC Chip: Find the exact part number of your PIC microcontroller (e.g., PIC16F877A, PIC18F46K22, etc.).

    2. Locate the ICSP Pins: Consult the chip’s datasheet to find which physical pins are used for the five ICSP signals:

      • VPP/MCLR: Programming Voltage (Usually pin #1)

      • VDD: Positive Supply Voltage

      • VSS: Ground

      • PGC: Serial Programming Clock

      • PGD: Serial Programming Data

    3. Configure the ZMorph Socket: Using the pinout diagram that comes with the adapter (or a standard ZMorph chart found online), place jumper wires on the board to connect the ICSP header pins (from your programmer) to the specific socket pins that correspond to the target chip’s VPP, VDD, VSS, PGC, and PGD.

    4. Connect the Programmer: Plug your PICkit 3 (or other supported programmer) into the 6-pin ICSP header on the adapter board via a standard RJ-11 cable (for PICkit) or a ribbon cable.

    5. Insert the Chip: Carefully place the PIC chip into the configured ZIF socket and lock it in place.

    6. Power the Board:

      • Option A (Self-Powered): The board can often be powered directly from the programmer (via the VDD pin from the ICSP header). Ensure your programmer can supply enough current.

      • Option B (External Power): For chips requiring more power, provide an external regulated +5V (or the chip’s required voltage) to the VEXT and GND terminals on the board. You must ensure the external power supply’s ground (GND) is connected to the programmer’s ground.

    7. Program: Use Microchip’s MPLAB X IDE or the standalone software to program the chip as you normally would.

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    Icd2 Pickit2 Pic Kit 3 Programming Adapter Board Universal Programmer

     $0

    This adapter is not “configured” via software but rather through physical wiring. Here is how to set it up:

    1. Identify Your PIC Chip: Find the exact part number of your PIC microcontroller (e.g., PIC16F877A, PIC18F46K22, etc.).

    2. Locate the ICSP Pins: Consult the chip’s datasheet to find which physical pins are used for the five ICSP signals:

      • VPP/MCLR: Programming Voltage (Usually pin #1)

      • VDD: Positive Supply Voltage

      • VSS: Ground

      • PGC: Serial Programming Clock

      • PGD: Serial Programming Data

    3. Configure the ZMorph Socket: Using the pinout diagram that comes with the adapter (or a standard ZMorph chart found online), place jumper wires on the board to connect the ICSP header pins (from your programmer) to the specific socket pins that correspond to the target chip’s VPP, VDD, VSS, PGC, and PGD.

    4. Connect the Programmer: Plug your PICkit 3 (or other supported programmer) into the 6-pin ICSP header on the adapter board via a standard RJ-11 cable (for PICkit) or a ribbon cable.

    5. Insert the Chip: Carefully place the PIC chip into the configured ZIF socket and lock it in place.

    6. Power the Board:

      • Option A (Self-Powered): The board can often be powered directly from the programmer (via the VDD pin from the ICSP header). Ensure your programmer can supply enough current.

      • Option B (External Power): For chips requiring more power, provide an external regulated +5V (or the chip’s required voltage) to the VEXT and GND terminals on the board. You must ensure the external power supply’s ground (GND) is connected to the programmer’s ground.

    7. Program: Use Microchip’s MPLAB X IDE or the standalone software to program the chip as you normally would.

    • Selecting a Bit: Choose the correct bit size and type for the screw. Insert it into the magnetic sleeve at the end of the handle.

    • Adjusting Torque: Rotate the torque adjustment collar on the handle.

      • Lower Numbers (e.g., 1-3): Lower torque for tiny, delicate screws (e.g., in glasses or watches).

      • Higher Numbers (e.g., 4-6): Higher torque for larger screws (e.g., in laptops or console controllers).

    • Using the Swivel Top: Place the palm of your hand on the top cap and apply gentle downward pressure. Rotate your hand to turn the driver quickly for removing screws.

    • For Precision Work: Grip the knurled handle with your fingers for fine, controlled turning when installing screws.

    • Using Extensions: Attach the included extension bar to access screws in deep or recessed holes.

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    Jakemy 39 In 1 Adjustable Torque Electronic Screwdriver Screw Driver Tools Set Kit

     $0

    • Selecting a Bit: Choose the correct bit size and type for the screw. Insert it into the magnetic sleeve at the end of the handle.

    • Adjusting Torque: Rotate the torque adjustment collar on the handle.

      • Lower Numbers (e.g., 1-3): Lower torque for tiny, delicate screws (e.g., in glasses or watches).

      • Higher Numbers (e.g., 4-6): Higher torque for larger screws (e.g., in laptops or console controllers).

    • Using the Swivel Top: Place the palm of your hand on the top cap and apply gentle downward pressure. Rotate your hand to turn the driver quickly for removing screws.

    • For Precision Work: Grip the knurled handle with your fingers for fine, controlled turning when installing screws.

    • Using Extensions: Attach the included extension bar to access screws in deep or recessed holes.