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Rochester Electronics MAX1460CCM Environmental and export classification status description

Overview of Maxim Integrated MAX1460CCM The MAX1460CCM is an integrated circuit designed primarily for use in battery-powered devices. It is a power-management and battery charging IC that provides flexibility for managing power and communications in portable applications. This IC is primarily used in systems where both battery charging and voltage regulation are critical. Functions 1. Battery Charging: Facilitates charging of various battery types, often from USB or wall power sources. 2. Power Path Management: Allows simultaneous battery charging and powering the load. 3. Voltage Regulation: Regulates output voltage for powering devices, ensuring stable performance. 4. Protection Features: Incorporates safety features such as overcurrent and under-voltage protection. 5. Low Power Consumption: Designed with power efficiency in mind, making it suitable for battery-operated devices. Applications 1. Portable Devices: Smartphones, tablets, and wearable technology. 2. IoT Devices: Internet of Things applications where battery management is critical. 3. Consumer Electronics: Devices like cameras, handheld devices, and similar gadgets. 4. Medical Devices: Battery-operated medical equipment and monitoring devices. 5. Rechargeable Battery Packs: Power banks and other portable charging solutions. Alternative Components 1. Texas Instruments BQ24195: An integrated battery charger and power path controller. 2. Microchip MCP73871: A battery management solution for Li-ion and Li-polymer batteries. 3. NXP PCF85063A: Real-Time Clock (RTC) with built-in power management features. 4. Analog Devices LTC4054: A linear battery charger for lithium-ion batteries. 5. Linear Technology LTC3588: Energy harvesting power management IC. Embedded Modules 1. MAX1460EVKIT: Evaluation Kit for experimenting and developing with the MAX1460. 2. Battery management modules: Third-party modules that integrate the MAX1460 for use in development projects. 3. Embedded Power Solutions: Ready-to-use solutions based on the MAX1460, such as modules for specific applications (like IoT). Related Q&A Q1: What types of batteries can be charged using the MAX1460CCM? A1: The MAX1460CCM can manage and charge a variety of rechargeable battery types, including lithium-ion (Li-ion) and lithium polymer (LiPo) batteries. Q2: How does the MAX1460 manage power distribution between the battery and the load? A2: The MAX1460 employs power path management circuitry to enable simultaneous charging of the battery while delivering power to the load without interruption. Q3: What safety features are included in the MAX1460? A3: The MAX1460 includes several safety features such as overcurrent protection, thermal shutdown, and under-voltage lockout to protect both the IC and the battery from damage. Q4: Can the MAX1460CCM be used in solar-powered applications? A4: Yes, the MAX1460CCM can be used in solar-powered applications, especially when paired with solar panels for charging rechargeable batteries. Q5: What is the maximum charging current supported by the MAX1460CCM? A5: The MAX1460 can support charging currents generally up to 1A, depending on the specific configuration and external components used. This comprehensive overview provides essential information, functions, applications, alternatives, and typical questions related to the MAX1460CCM integrated circuit.