MAX1508ZETA+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power management integrated circuits (PMICs) are a staple of battery based designs, and are used to reliably power and recharge batteries. The MAX1508ZETA+T is a multifunction PMIC designed to charge, monitor, and manage a battery for a host of mobile or stationary applications. It integrates several different user options to offer flexibility and assurance in the battery charging process.

The MAX1508ZETA+T targets device designers with a high level of control over battery charging. It offers features such as cell balancing, input current limitation, and overcharge protection, making it well suited for battery chargers in a variety of applications. The device can be integrated into a wide range of power architectures, leveraging its ambient temperature range of -40 to +125 °C.

Features of the MAX1508ZETA+T

The MAX1508ZETA+T PMIC features integrated features that allow device designers to optimize their design and maximize performance. The most notable features include:

• Integrated N-Channel MOSFETs with Class G Output.
• Cell balancing & Overcharge Protection.
• Selectable Voltage & Temperature Monitors.
• Charger with Five Selectable Modes.
• PWM Switching Frequency Adjustment.

In addition, the MAX1508ZETA+T is sensitive to battery temperature and overcharge cycles, enabling users to monitor those parameters valuable in safety or fault detection. This makes it particularly useful for applications such as second-generation battery chargers, medical device chargers, and high voltage DC/DC converters.

Working Principle of the MAX1508ZETA+T

The MAX1508ZETA+T offers a high level of control over the battery charging process. It works by controlling both the voltage and the current that is applied to the battery. The voltage is monitored and the current is limited according to selectable profiles, allowing the user to precisely manage how quickly the battery is charged.

The device also integrates cell balancing, where it monitors the voltage of each individual cell and compensates for any variability. This ensures an even charge distribution and a more efficient charge. Additionally, the device features overcharge protection, which stops the charging process before the battery is damaged or overheated.

By combining these different features, the MAX1508ZETA+T offers a reliable and efficient solution for battery charging. The device is compatible with a variety of battery cell types and can be implemented in a number of architectures, making it a valuable addition to device designers.

Conclusion

The MAX1508ZETA+T is a feature-rich PMIC that is designed for battery charging applications. It integrates cell balancing and overcharge protection, allowing users to reliably and safely charge a battery. The device is compatible with a variety of battery cells, making it suitable for a wide range of applications. By combining a range of features, the MAX1508ZETA+T is an effective battery charger for any device designer.

The specific data is subject to PDF, and the above content is for reference