MAX1873SEEE

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Mfr.Part #
MAX1873SEEE
Manufacturer
Analog Devices, Inc.
Package / Case
16-SSOP (0.154, 3.90mm Width)
Datasheet
Download
Description
IC BAT CHG MULT-CHEM 3CEL 16QSOP
Stock
623
In Stock :
623

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Manufacturer :
Analog Devices, Inc.
Product Category :
Battery Chargers
Operating Temperature :
-40°C~85°C TA
Mount :
Surface Mount
ECCN Code :
EAR99
Analog IC - Other Type :
BATTERY CHARGE CONTROLLER
Current - Charging :
Constant - Programmable
Pbfree Code :
yes
Number of Cells :
3
Peak Reflow Temperature (Cel) :
260
Switcher Configuration :
Single
Terminal Finish :
Matte Tin (Sn)
REACH SVHC :
Unknown
Radiation Hardening :
No
Lead Free :
Lead Free
Width :
3.99mm
Packaging :
Tube
Published :
2001
Number of Functions :
1
Input Voltage-Nom :
18V
Control Technique :
PULSE WIDTH MODULATION
Operating Supply Current :
4mA
Package / Case :
16-SSOP (0.154, 3.90mm Width)
Height :
1.55mm
Pin Count :
16
Operating Supply Voltage :
28V
Mounting Type :
Surface Mount
Factory Lead Time :
8 Weeks
Output Voltage :
13.263V
Number of Pins :
16
Nominal Input Voltage :
28V
Time@Peak Reflow Temperature-Max (s) :
30
Min Output Voltage :
11.847V
Length :
4.98mm
Terminal Position :
Dual
RoHS Status :
ROHS3 Compliant
Terminal Form :
Gull wing
Base Part Number :
MAX1873
Battery Chemistry :
Multi-Chemistry
Battery Pack Voltage :
12.6V
Max Output Voltage :
13.363V
Output Current :
4A
JESD-609 Code :
e3
Moisture Sensitivity Level (MSL) :
1 (Unlimited)
Number of Terminations :
16
Introducing Battery Chargers Analog Devices, Inc. MAX1873SEEE from Chip IC,where excellence meets affordability. This product stands out with its Operating Temperature:-40°C~85°C TA, Package / Case:16-SSOP (0.154, 3.90mm Width), Mounting Type:Surface Mount, Number of Pins:16, Base Part Number:MAX1873, Number of Terminations:16, MAX1873SEEE pinout, MAX1873SEEE datasheet PDF, MAX1873SEEE amp .Beyond Battery Chargers Analog Devices, Inc. MAX1873SEEE ,we also offer BQ24192RGER, LTC4065EDC#TRMPBF, BQ2000SN-B5TR, Our vast inventory has you covered. Contact us now for immediate solutions.

Analog Devices, Inc. MAX1873SEEE


Battery Chargers Analog Devices, Inc. MAX1873SEEE Overview

Introducing the MAX1873SEEE from Analog Devices, Inc., a sophisticated integrated circuit designed for multi-chemistry battery charging applications. This product excels in managing the charge cycle of 3-cell battery packs, ensuring optimal performance and longevity of battery systems. It is housed in a compact 16-QSOP package, making it ideal for space-sensitive applications. The integration of this IC into your systems means advanced charging capabilities and improved efficiency, crucial for today's high-demand electronic devices. Utilizing the 'Battery Chargers Analog Devices, Inc. MAX1873SEEE' ensures reliable and efficient battery management in a variety of commercial and industrial applications.

MAX1873SEEE Features

The MAX1873SEEE IC offers robust features for managing multi-chemistry batteries. It supports intelligent thermal management to prevent overheating during the charging process. The circuitry is designed to optimize charge rates for 3-cell lithium-ion, NiMH, or lead-acid batteries, adjusting the charging profile according to the battery chemistry to maximize life and performance. Additionally, its compact QSOP packaging allows for integration in tight spaces without compromising performance.

MAX1873SEEE Applications

  • Portable Consumer Electronics: Ideal for devices such as digital cameras, laptops, and portable music players, where efficient charging of lithium-ion batteries is crucial for user convenience and device longevity.
  • Electric Vehicles: Utilized in the battery management systems of electric scooters and bikes to ensure optimal charging and battery health, which is essential for performance and range.
  • Industrial Equipment: Applies to the charging systems of industrial handheld devices, ensuring that devices remain charged and ready for use in demanding industrial environments.
  • Energy Storage Systems: Helps in managing the charge of batteries in solar energy systems, enabling reliable energy storage and supply during varying load conditions.
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