MCP73862-I/MLG

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

In the PMIC - Battery Chargers field, the MCP73862-I/MLG is a high-efficiency device that is ideal for use in embedded systems such as those found in battery-powered devices. It works by charging the battery through a charge control circuit which is implemented with a miniaturized, low-power microcontroller which receives a signal from the external power source and uses it to determine the optimal charge current, voltage, and PWM duty cycle. It also has a precise timer that monitors the battery voltage and current, and shuts off the charge when the battery reaches its full charge. The MCP73862-I/MLG features a 24-bit Current Sense Amplifier, a 5-bit DAC, and programmable Current Sense, PWM, and Voltage Reference Thresholds for precise output. This makes it an ideal device for applications where accurate charge current, and battery monitoring is a requirement.

The MCP73862-I/MLG is an ideal device for battery-powered applications because it is able to precisely monitor the battery level and provide an optimal charging solution. In order to ensure that the MCP73862-I/MLG is able to accurately monitor the battery level, it is designed with an 8-bit ADC with external multiplexer. This allows the device to monitor multiple battery cells in order to get an accurate reading of the total battery voltage. Additionally, the device is also designed with an adjustable charge current and voltage settings, allowing users to adjust the charge current and voltage in order to optimize the charging solution for the application.

The MCP73862-I/MLG is a highly efficient battery charger due to its integrated low resistance switch and current sense amplifier, which enable fast charging of the battery while maintaining low power loss. The device also features a low voltage compensation circuit that ensures that the output voltage remains at its optimal level under any conditions. Additionally, the device also incorporates a temperature sense circuit which helps in maintaining safety during the charging process. All these features make the MCP73862-I/MLG an ideal battery charger for embedded systems.

The MCP73862-I/MLG is a highly reliable device, as it is designed with low RDS(ON) MOSFETs and a thermal monitor circuit. This ensures that the device is able to handle high voltage and current conditions, preventing any potential damage due to overcharging. Additionally, the device features a high power-on reset threshold and an adjustable charge current and voltage, making it a versatile device for charging high-capacity battery systems.

In conclusion, the MCP73862-I/MLG is an ideal battery charger for battery-powered applications. It features a low power microcontroller, precise timer, 24-bit current sense amplifier, 5-bit DAC, programmable current sense, PWM and Voltage Reference Thresholds for precise output. Additionally, it has an 8-bit ADC with external multiplexer, adjustable charge current and voltage settings, low resistance switch, and current sense amplifier. The MCP73862-I/MLG is also designed with low RDS(ON) MOSFETs, thermal monitor circuit and a high power-on reset threshold, making it a reliable and versatile device. These features make the device an ideal choice for embedded applications that require battery power.

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