Nach Kategorien durchsuchen
Select by key feature
Lithium-based cell
Battery chemistry
Neue Produkte
I²C-gesteuertes 1-Zellen-Abwärtsladegerät mit Eingangsspannung von 5 A und max. 18 V, NVDC-Strompfad
Ungefährer Preis (USD) 1ku | 1.33
Autarker oder I²C-gesteuerter bidirektionaler 70-V-Abwärts-/Aufwärts-Laderegler mit Leistungspfad
Ungefährer Preis (USD) 1ku | 3.49
I²C, controlled, single-cell, 8-A, switched capacitor parallel battery charger with 1.2-V IO
Ungefährer Preis (USD) 1ku | 1.85
Stand-alone or I²C-controlled bidirectional buck-boost charge controller for up to 7S batteries
Ungefährer Preis (USD) 1ku | 2.69
Lineares Ladegerät, 800 mA, für eine Zelle (Li-Ion oder LiFePO4) mit VINDPM und JEITA
Ungefährer Preis (USD) 1ku | 0.39
Eigenständiges lineares 1-Zellen-Ladegerät (1 A) mit Stromversorgungspfad und Unterstützung für den
Ungefährer Preis (USD) 1ku | 0.65
Power trends
Battery charger ICs for power density
Deliver faster charging and shrink your design with our portfolio of high-efficiency switching charger ICs. Our fast-paced life demands that more power is delivered faster and conveniently. We are committed to helping you meet the demand for faster charging without overheating. To reduce heat generation, our chargers combine high-charging current with high-charging efficiency, up to 97%. Chip integration supports maximum power delivery while reducing the overall solution size and cost.
Battery charger ICs for low quiescent current (IQ)
Achieve the longest battery run time and lower system cost with our portfolio of integrated switching and linear chargers. Preserve battery life and extend the shelf-life of ready-to-use devices with industry-leading low-standby and ship-mode IQ to minimize current draw in battery-only mode. Low termination current for maximum charge benefits medical and personal electronics applications, such as hearing aids, earbuds and true-wireless stereo (TWS) charging cases.