Soldering ppt | use of soldering | application of soldering |
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Soldering is a process of joining metal components like in electronics where a filler metal with a low melting point called solder is melted and flowed into the joint between two metal items. The key steps of soldering include preheating the soldering iron, inserting electronic components like resistors into printed circuit boards, heating the joint with the soldering iron, and applying solder to allow it to flow into the heated joint in a volcano shape to securely bind the components conductively. Solder has a melting point between 90 to 450 degrees Celsius and is especially useful for electronics work.
Soldering ppt | use of soldering | application of soldering |
- 1. SOLDERING Prepared by: Nitesh kumar(191917) Submitted to: Mohit mittal sir
- 2. What is Soldering? Soldering is a process in which two or more metal items are joined together by melting and flowing a filler metal into the joint, the filler metal having a relatively low melting point.
- 3. SOLDERING PROCCESS Soldering Iron is a tool normally used for applying heat to two or more adjoining metal parts such that solder may melt and flow between those parts, binding them securely and conductively.
- 4. Solder is a fusible metal alloy with a melting point or melting range of 90 to 450 degree Celsius (190 to 840 °F), used in a process called soldering where it is melted to join metallic surfaces. It is especially useful in electronics
- 5. Prepare these materials: • Soldering Iron • Solder • Long Nose Pliers • Printed Circuit Board (PCB) • Electronic Components (Resistors, Diode etc.)
- 6. STEP 1: Plug and Pre-heat the Soldering Iron.
- 7. STEP 2: Take an electronic component (resistor or diode) and bend its legs using a long nose pliers, for a nice fitting position on the holes of the PCB.
- 8. STEP 3: Insert the legs of the component to the holes of the non-copper side of the PCB and position it neatly. The copper side is where the soldering will happen.
- 9. STEP 4: Take the pre-heated soldering iron and solder. Position the PCB wherein you would face its copper side and the legs of the component. Heat up the area to be soldered by gently touching the tip of the iron to the copper surface.
- 10. STEP 5: Apply the solder onto the joint by gently letting the solder flow into a volcano shape (in a peak style). Make sure the solder flows onto the joint and not around or beside the joint. If the solder makes a dip shape, it is not flowing in the joint and the joint is dry.
- 11. STEP 6: Another way to tell that the solder did not hit the particular area is by the appearance of the solder; it will look very dull. When it's a quot ; good solder," it will take on a very shiny appearance.