blitz Practice Soldering Board IFlight

PRODUCT DESCRIPTION

Always worried about poor soldering and wasting expensive electronics? Well, Here it is the Blitz Practice Board Soldering Board, which will help steady that hand and give you perfect soldering jobs in no time! The Practical Soldering Board replicates almost every common type of solder joint in the FPV world. You can practice tiny pin and pad soldering or larger gauge wire soldering.

Specifications:

Dimensions: 40*100mm

Weight:13.8g/pc

Layers: 2

Thickness: 1.6mm

Solder mask color: ink green

Character color: white

Immersion gold thickness: 1u

X-direction size: 100mm

Y-direction size: 40mm

Minimum line distance: 0.245mm

Minimum aperture: 0.250mm

Total number of holes: 926

Package included:

1PC x Blitz Practice Soldering Board

Preguntas Frecuentes (FAQ)

Q: What is the main purpose of the iFlight Blitz Practice Soldering Board and what types of soldering can I practice with it?
A: The iFlight Blitz Practice Soldering Board is designed to improve your soldering skills, preventing you from damaging expensive electronic components. It lets you practice both soldering of very small pins and pads, common in FPV, and soldering of larger-gauge wires. It replicates the most frequent types of soldering in the FPV world.

Q: What are the physical dimensions and thickness of the board, and what does this imply for its use?
A: The board measures 40x100mm and is 1.6mm thick. Its compact size makes it easy to handle and carry. The 1.6mm thickness is standard for printed circuit boards and provides a good base for soldering without being excessively bulky.

Q: How many solder holes does the board have, what are the minimum line spacing and minimum aperture, and how does this affect soldering practice?
A: The board has a total of 926 solder holes. The minimum line spacing is 0.245mm and the minimum aperture is 0.250mm. These small dimensions simulate the soldering conditions on real FPV components, letting you practice precise, challenging soldering and improving your dexterity with small, densely populated components.