Articles and blogs

Simplify off-grid power system design with a single integrated AC/DC charging, DC/AC inversion, and AC bypass unit.

Efficient, customizable DC-UPSs use DIN-rail mounting to easily install backup DC power systems to ensure safety, prevent equipment damage, and stop data loss.

Effective, reliable, and safe battery management systems need basic per-cell voltage measurement and cell balancing, along with galvanic isolation.

Explore why MLCCs with C0G characteristics like TDK’s C3225/CGA6P components are increasingly used for onboard chargers and other high-voltage applications.

ADI's platform approach for creating open-ear audio AR glasses applications includes audio capture, playback, and battery management components and algorithms.

USB Power Delivery 3.x sink controllers negotiate with chargers to maximize power for devices with USB Type-C cables and connectors.

Phoenix Contact offers the CHARX portfolio of modular power supplies and controllers for designing EV fast-charging stations.

A pair of devices simplify the design of wireless charging required in a growing class of space-constrained and sealed devices.

An overview of AC and DC EV charger designs, a review of the need for higher-power EV chargers, and a look at the future of extreme fast charging (XFC).

Quickly implement an intelligent fire safety and security system using a combined AC-DC power supply, battery charger, DC UPS, and communications monitor.

A comfortable, user-friendly CCS C-Line DC charging cable can contribute to the acceptance of EV charging while meeting critical safety and reliability goals.

Using sensor fusion, designers can combine voltage, current, and temperature sensors in BMSs to extend battery lifetimes and enhance performance.

Designers can use 4th generation SiC MOSFETs to greatly improve efficiency, lower the cost, and reduce the size of high-voltage, high-power control circuits.

Utilizing residual current monitors to safely charge electric vehicles.

This webinar will discuss the current and potential future eMobility charging requirements along with addressing what is needed in the charging infrastructure.

DigiKey is partnering with GroupGets to help startups GetMade! This partnership will help startups who have fallen short of a successful crowdfunding campaign.

By applying DFN0603 MOSFETs for power control and signal switching, designers can reduce size and power consumption in wearable and mobile devices.

Battery charging connectors need to be ergonomic for user convenience, and robust and simple to install to support the needs of EV makers.

Using monolithic PMICs, you can more easily take full advantage of LiFePO4 batteries’ temperature stability, lower cost, and other advantages over Li-ion.

Finding an equivalent to an obsolete part can be difficult. However, DigiKey’s website has tools to help find crosses to parts quickly and easily.