Surprise Your Favourite DIY Enthusiast With One Of These Cordless

About Cordless Tools

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Our integrated circuits and reference designs help you create highly-efficient cordless power tools with maximum battery efficiency and achieve smaller size, lighter weight, reduced audible noise, EMIEMC requirements and lower system cost. Design requirements. Modern cordless power tool systems often require Highly-efficient motor drive with

Portable, durable, and customizable design engineered to adapt and proven to last. This configurator will help you find the cordless tools, batteries and accessories for your project. There is a Prebuilt path for finding a combo. There's also a Custom path for building your own combo.

The battery pack for cordless power tools A typical cordless tool battery pack design includes the battery pack and circuitry for battery management and protection that helps ensure safe operation. In Figure 1 , an example battery pack and its functional components are outlined, along with recommended protection components for each function.

All electric-powered tools can be subdivided into two classes corded and cordless. Corded tools - the power source is AC and needs to be plugged into the quotwallquot to operate. Cordless or wireless power tools - rely on the electric energy stored within batteries of different chemistries such as Nickel Cadmium NiCd, Nickel Metal Hydride

To design a reliable power tool, designers must provide protection mechanisms from electrical hazards and ensure maximum battery life so that the portable power tool can operate through a work shift. Figure 7 illustrates a professional-grade cordless power tool and lists the components needed to protect the tool from current overloads

Power tool design and manufacturing is well over a century old, yet is becoming more sophisticated and demanding as consumers call for lighter weight, better reliability, and longer battery life from cordless power tools. As power tool design becomes more complex and incorporates more powerful computer chips and electronics, and power tool

When it comes to cordless drills, the design and materials used are key components that heavily impact the tool's functionality and efficiency. The design of a cordless drill typically includes a hand-held drill body, which contains the motor and battery pack, and a removable chuck that holds the drill bit.

The cordless revolution in the power tools industry, driven by advancements in battery technology, has brought significant improvements in performance, convenience, and design. Today, a leading power tools manufacturer can offer a diverse range of cordless tools that cater to various user needs and preferences.

One of the more recent technologies specifically aimed at meeting the challenging needs of cordless power tool design is the trench LV MOSFETs from Toshiba. The Company's U-MOS VIII MOSFET technology, for example, offers a 30-250V class MOSFET series that boasts a broad product line up with a wide voltage range. U-MOS IX technology supports 30-

Cordless tool lines The company refined the spin-off technology to create entire lines of cordless tools for various industries. 3. Medical instruments The innovations led to the development of cordless, lightweight, battery-powered precision medical instruments. Black amp Decker adapted the cordless technology and computer-aided design