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Product descriptionDiscover our high-quality SMD component test tweezer, specifically designed for precision and efficiency in your electronic work. With a cable length of 40 cm and a fine point design of 1.1 x 0.25 mm, this tweezer allows you to accurately test and measure even the most delicate components. Optimized for values up to 24 V/1 A, the tweezer offers not only precision but also safety and reliability for every application. | |||||||||||||||||||||||
+ Wide range of applications: he tweezer can be used for a variety of electronic applications, including testing, diagnosing, and repairing circuits and components. + Compact: Due to its compact size and lightweight, the tweezer is easy to carry and store, making it ideal for fieldwork or mobile repairs. + User-friendly: Its specific design makes it much easier to test SMD components compared to traditional multimeter probes, especially in densely packed circuits. + Save use: The test tweezer is designed for safe measuring and testing, with limited voltage and current (e.g., max 24V/1A) to minimize the risk of damaging components or causing a short circuit. + Minimizes errors: With its fine tip, the tweezer can accurately touch specific, small components without touching adjacent components, resulting in more accurate measurements. Specifications
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+ Wide range of applications: he tweezer can be used for a variety of electronic applications, including testing, diagnosing, and repairing circuits and components. + Compact: Due to its compact size and lightweight, the tweezer is easy to carry and store, making it ideal for fieldwork or mobile repairs. + User-friendly: Its specific design makes it much easier to test SMD components compared to traditional multimeter probes, especially in densely packed circuits. + Save use: The test tweezer is designed for safe measuring and testing, with limited voltage and current (e.g., max 24V/1A) to minimize the risk of damaging components or causing a short circuit. + Minimizes errors: With its fine tip, the tweezer can accurately touch specific, small components without touching adjacent components, resulting in more accurate measurements. | |||||||||||||||||||||||
Specifications
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