MAX710 (3)
The MAX710 is available from Analog Devices Inc./Maxim Integrated Inc./Maxim Integrated at Xecor. Designed for step-up and step-down voltage conversion, the MAX710 offers high efficiency (up to 85%), a wide input voltage range of +1.8V to +11V, and low power consumption in standby and shutdown modes. Available in a 16-SOIC package, it is ideal for battery-powered devices, digital still cameras, and portable electronics. Whether used in low-voltage systems, handheld equipment, or single-cell lithium-powered devices, this series ensures reliable performance and energy efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices Inc./Maxim Integrated Inc./Maxim Integrated. Please view our extensive selection of the MAX710 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX710ESE | High-efficiency switching regulator for versatile power needs (62 characters) | 16-SOIC | 7,540 | |
| MAX710ESE+ | High-efficiency switching regulator for versatile power needs (62 characters) | SOIC-16 | 5,999 | |
| MAX710ESE+T | Switching Voltage Regulators 3.3V/5V or Adjustable, Step-Up Step-Down DC-DC Converters | SOICNarrow-16 | 5,824 |
Key Featrues
Step-Up/Down Voltage Conversion: The MAX710/MAX711 can both step up and step down input voltages, making them versatile for applications where the input voltage varies above and below the desired output voltage. This feature ensures stable performance in battery-powered devices with fluctuating voltage levels, enhancing efficiency and reliability.
Wide Input Voltage Range (1.8V to 11V): With an input range from +1.8V to +11V, these converters are suitable for a broad spectrum of battery-powered devices, including those with single-cell lithium batteries or multi-cell alkaline setups. This flexibility expands their use cases across various portable electronics.
High Efficiency (Up to 85%): The converters achieve up to 85% efficiency when boosting battery inputs, minimizing energy loss and extending battery life. This makes them ideal for energy-sensitive applications like digital cameras and handheld equipment.
Integrated Design (No External FETs Required): The MAX710/MAX711 integrate all necessary components, eliminating the need for external FETs. This simplifies circuit design, reduces board space, and lowers overall system cost, making them suitable for compact and cost-effective designs.
Low Power Consumption in Standby/Off Modes: With standby current as low as 7µA and off-mode current of 0.2µA, these converters minimize power drain when not in active use. This feature is critical for battery-powered devices that require long standby times or infrequent usage.
Wide Input Voltage Range (1.8V to 11V): With an input range from +1.8V to +11V, these converters are suitable for a broad spectrum of battery-powered devices, including those with single-cell lithium batteries or multi-cell alkaline setups. This flexibility expands their use cases across various portable electronics.
High Efficiency (Up to 85%): The converters achieve up to 85% efficiency when boosting battery inputs, minimizing energy loss and extending battery life. This makes them ideal for energy-sensitive applications like digital cameras and handheld equipment.
Integrated Design (No External FETs Required): The MAX710/MAX711 integrate all necessary components, eliminating the need for external FETs. This simplifies circuit design, reduces board space, and lowers overall system cost, making them suitable for compact and cost-effective designs.
Low Power Consumption in Standby/Off Modes: With standby current as low as 7µA and off-mode current of 0.2µA, these converters minimize power drain when not in active use. This feature is critical for battery-powered devices that require long standby times or infrequent usage.
Applications
Battery-Powered Portable Devices: The MAX710/MAX711 is ideal for powering portable devices such as digital still cameras and single-cell lithium-powered devices. Its step-up/down voltage conversion capability ensures stable power delivery even as battery voltage fluctuates, making it suitable for applications where consistent performance is critical in compact, battery-operated systems.
Low-Voltage Systems: The MAX710/MAX711 is well-suited for 3.3V and other low-voltage systems, providing efficient power conversion with an input range of +1.8V to +11V. Its ability to handle varying input voltages makes it a reliable choice for powering low-voltage circuits in consumer electronics and embedded systems.
Handheld Equipment with Alkaline Batteries: The MAX710/MAX711 is perfect for 2- to 4-cell AA alkaline battery-powered handheld equipment. Its high efficiency (up to 85%) and ability to step-up/down voltage ensure optimal performance, even as battery voltage drops, making it ideal for portable medical devices, remote controls, and other handheld tools.
Battery-Powered Devices with AC Adapters: The MAX710/MAX711 is an excellent choice for battery-powered devices that also use AC input adapters. Its seamless transition between battery and adapter power, combined with its low standby current (7µA), ensures energy efficiency and reliable operation in devices like portable chargers, gaming controllers, and other dual-power-source applications.
Low-Voltage Systems: The MAX710/MAX711 is well-suited for 3.3V and other low-voltage systems, providing efficient power conversion with an input range of +1.8V to +11V. Its ability to handle varying input voltages makes it a reliable choice for powering low-voltage circuits in consumer electronics and embedded systems.
Handheld Equipment with Alkaline Batteries: The MAX710/MAX711 is perfect for 2- to 4-cell AA alkaline battery-powered handheld equipment. Its high efficiency (up to 85%) and ability to step-up/down voltage ensure optimal performance, even as battery voltage drops, making it ideal for portable medical devices, remote controls, and other handheld tools.
Battery-Powered Devices with AC Adapters: The MAX710/MAX711 is an excellent choice for battery-powered devices that also use AC input adapters. Its seamless transition between battery and adapter power, combined with its low standby current (7µA), ensures energy efficiency and reliable operation in devices like portable chargers, gaming controllers, and other dual-power-source applications.
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