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Quantité | Prix (hors TVA) |
---|---|
1+ | 5,030 € |
10+ | 3,830 € |
25+ | 3,620 € |
100+ | 3,410 € |
300+ | 3,150 € |
500+ | 3,080 € |
Informations produit
Aperçu du produit
The MAX1873SEEE+ is a simple current-limited switch mode Li+ charger controller in 16 pin QSOP package. It provides a regulated charging current and voltage with less than ±0.75% total voltage error at the battery terminals. An external P channel MOSFET operates in a step down DC-DC configuration to efficiently charge batteries in low cost designs. The MAX1873 device regulates the battery voltage and charging current using two control loops that work together to transition smoothly between voltage and current regulation. An additional control loop limits current drawn from the input source so that AC adapter size and cost can be minimized. An analogue voltage output proportional to charging current is also supplied so that an ADC or microcontroller can monitor charging current. This device is used as an efficient current limit source to charge NiCd or NiMH batteries in multi-chemistry charger designs.
- Charges 3 lithium-ion cells or 7 or 9 Ni battery cells
- Operating temperature range from -40°C to 85°C
- Input voltage range from 6VDC to 28VDC, charging current is 4A
- AC adapter input current limit loop
- Analogue output monitors charge current
- 5µA shutdown battery current
- 200mV dropout voltage, 100% duty cycle
- Adjustable charging current
- 300KHz PWM oscillator reduces noise
Avertissements
Market demand for this product has caused an extension in leadtimes. Delivery dates may fluctuate. Product exempt from discounts.
Remarques
ADI products are only authorized (and sold) for use by the customer and are not to be resold or otherwise passed on to any third party
Spécifications techniques
Lithium-Ion
-
QSOP
4Cells
85°C
-
No SVHC (21-Jan-2025)
28V
4A
16Broche(s)
-40°C
Montage en surface
MSL 1 - Illimité
Documents techniques (2)
Produits associés
1 produit trouvé
Législation et Questions environnementales
Pays dans lequel la dernière étape de production majeure est intervenuePays d'origine :Thailand
Pays dans lequel la dernière étape de production majeure est intervenue
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