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Product Type: DC Power Supply Adapter Charger
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Output Voltage: 5V DC
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Output Current: 1A
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Input Voltage: AC 100–240V (50/60Hz)
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Connector Type: Standard DC plug
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Protections: Over-voltage, Over-current, Short-circuit
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Design: Lightweight, portable, and durable
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Applications: Routers, LED strips, CCTV cameras, Arduino, electronics projects
2 day deliveryQuick View
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Product Type: DC Power Supply Adapter Charger
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Output Voltage: 5V DC
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Output Current: 1A
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Input Voltage: AC 100–240V (50/60Hz)
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Connector Type: Standard DC plug
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Protections: Over-voltage, Over-current, Short-circuit
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Design: Lightweight, portable, and durable
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Applications: Routers, LED strips, CCTV cameras, Arduino, electronics projects
2 day delivery -
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Model: CJ-129
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Power: 60W
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Voltage: 220–240V
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Heating System: Electric, fast heating
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Function: Automatic tin feeding soldering gun
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Body: Portable and lightweight design
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Usage: Electronics repair, DIY, household soldering
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Model: 67.2V 5A Li-ion Charger
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Output Voltage: 67.2V DC
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Output Current: 5A
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Input Voltage: 100–240V AC
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Battery Compatibility: 16S Li-ion pack
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Charging Method: CC/CV smart charging
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Indicator: LED (Red/Green)
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Protections: Overload, Over-current, Over-voltage, Short-circuit
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Cooling System: Fan (depends on brand)
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Dimensions: Compact design (varies by manufacturer)
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Price Range in Pakistan: Approx. PKR 6,000 – 9,000
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Model: 67.2V 5A Li-ion Charger
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Output Voltage: 67.2V DC
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Output Current: 5A
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Input Voltage: 100–240V AC
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Battery Compatibility: 16S Li-ion pack
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Charging Method: CC/CV smart charging
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Indicator: LED (Red/Green)
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Protections: Overload, Over-current, Over-voltage, Short-circuit
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Cooling System: Fan (depends on brand)
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Dimensions: Compact design (varies by manufacturer)
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Price Range in Pakistan: Approx. PKR 6,000 – 9,000
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Type: Flat Head Screwdriver
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Blade Length: 70mm
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Tip: Thin flat blade edge
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Material: Hardened steel shaft, plastic handle
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Application: Electronics, watches, toys, small appliances, DIY projects
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Type: Power Supply Adapter
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Input Voltage: AC 100–240V, 50/60Hz
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Output Voltage: DC 9V
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Output Current: 3A
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Protection: Over-voltage, over-current, short-circuit
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Connector: Standard DC plug
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Applications: Routers, LED strips, CCTV cameras, audio devices, DIY electronics
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Product Configuration
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Selection: Choose tip angle (e.g., 45° for general use, 90° for deep recesses) and size based on task.
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Grip: Hold like a pencil for fine control or use a firm grip for heavier components.
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Application:
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Use for placing/removing SMD components, bending leads, or retrieving parts.
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Avoid excessive force to prevent tip damage or component slipping.
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Cleaning: Clean tips regularly with isopropyl alcohol to maintain precision.
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Storage: Keep in a protective case to avoid tip damage.
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Add to cartProduct Configuration
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Selection: Choose tip angle (e.g., 45° for general use, 90° for deep recesses) and size based on task.
-
Grip: Hold like a pencil for fine control or use a firm grip for heavier components.
-
Application:
-
Use for placing/removing SMD components, bending leads, or retrieving parts.
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Avoid excessive force to prevent tip damage or component slipping.
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Cleaning: Clean tips regularly with isopropyl alcohol to maintain precision.
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Storage: Keep in a protective case to avoid tip damage.
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Model: RT809F
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Function: Serial ISP Programmer
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Supported Devices: EEPROM, SPI NOR/NAND Flash, BIOS Chips
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Interface: USB (plug-and-play)
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Included: Programmer + 3 Adapters
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Application: Laptop/PC BIOS, Motherboard, TV, Router repair
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Build: Compact, professional-grade
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Model: RT809F
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Function: Serial ISP Programmer
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Supported Devices: EEPROM, SPI NOR/NAND Flash, BIOS Chips
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Interface: USB (plug-and-play)
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Included: Programmer + 3 Adapters
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Application: Laptop/PC BIOS, Motherboard, TV, Router repair
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Build: Compact, professional-grade
8 day delivery -
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Product Configuration
This is a consumable material and does not have “configuration” in the electronic sense. However, correct usage is critical:
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Identify the Alloy: Check the product label to confirm the alloy type (e.g., Sn60Pb40 or Sn99Cu0.7Cu). This determines the melting temperature and application.
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Sn60Pb40 (Leaded): Melts at ~183-190°C. Easier to use, shinier joints.
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Sn99Cu1 (Lead-Free): Melts at ~227°C. Requires higher temperature, joints are duller.
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Check the Diameter: The spool will have a specific diameter (e.g., 1.0mm, 0.8mm). Choose the right diameter for your work:
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Thicker (1.0mm+): Better for large wires, connectors, and through-hole components.
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Thinner (0.5-0.8mm): Ideal for precision electronics and surface-mount components.
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Use with Appropriate Equipment:
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Temperature Setting: Set your soldering iron temperature according to the alloy. For lead-free, a higher temperature (320-380°C) is needed.
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Iron Tip: Use a clean, properly tinned tip that is large enough to transfer heat efficiently for the size of the joint.
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Standard Soldering Technique:
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Heat the joint (both the component lead and the PCB pad) with the iron tip.
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Apply the solder wire to the joint, not directly to the iron. The heated joint should melt the solder, allowing it to flow smoothly.
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Use the flux core to your advantage—the solder should flow easily if the surfaces are clean and hot enough.
Warning: Always work in a well-ventilated area. The fumes produced from soldering, especially from the flux, are irritants and should not be inhaled.
Quick View
Wishlist
Add to cartProduct Configuration
This is a consumable material and does not have “configuration” in the electronic sense. However, correct usage is critical:
-
Identify the Alloy: Check the product label to confirm the alloy type (e.g., Sn60Pb40 or Sn99Cu0.7Cu). This determines the melting temperature and application.
-
Sn60Pb40 (Leaded): Melts at ~183-190°C. Easier to use, shinier joints.
-
Sn99Cu1 (Lead-Free): Melts at ~227°C. Requires higher temperature, joints are duller.
-
Check the Diameter: The spool will have a specific diameter (e.g., 1.0mm, 0.8mm). Choose the right diameter for your work:
-
Thicker (1.0mm+): Better for large wires, connectors, and through-hole components.
-
Thinner (0.5-0.8mm): Ideal for precision electronics and surface-mount components.
-
Use with Appropriate Equipment:
-
Temperature Setting: Set your soldering iron temperature according to the alloy. For lead-free, a higher temperature (320-380°C) is needed.
-
Iron Tip: Use a clean, properly tinned tip that is large enough to transfer heat efficiently for the size of the joint.
-
Standard Soldering Technique:
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Heat the joint (both the component lead and the PCB pad) with the iron tip.
-
Apply the solder wire to the joint, not directly to the iron. The heated joint should melt the solder, allowing it to flow smoothly.
-
Use the flux core to your advantage—the solder should flow easily if the surfaces are clean and hot enough.
Warning: Always work in a well-ventilated area. The fumes produced from soldering, especially from the flux, are irritants and should not be inhaled.
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