inventory:5,618
Infineon Technologies
Module
MAX6965 (4)
MAX6965 is available from Analog Devices at Xecor. Designed for LED driving and control, the MAX6965 offers high port output current (50mA per channel), 8-bit PWM LED intensity control, and a 400kbps 2-wire serial interface. Available in a compact 16-QSOP package, it is ideal for applications such as keypad backlights, LCD backlights, LED status indication, and RGB LED drivers. Whether used in consumer electronics, industrial systems, or automotive lighting, this series ensures reliable performance, flexibility, and efficiency for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX6965 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX6965AEE+T | LED Driver 6 Segment 110uA Supply Current 16-Pin QSOP T/R | QSOP-16 | 2,793 | |
| MAX6965AEE+ | This robust IC features adjustable current limiting, overtemperature protection, and a compact package for seamless integration into your system | QSOP-16 | 3,563 | |
| MAX6965ATE+ | Efficient LED driver with 110uA supply current | TQFN EP-16 | 3,623 | |
| MAX6965ATE+T | LED Driver 6 Segment 110uA Supply Current 16-Pin TQFN EP T/R | TQFN EP-16 | 6,522 |
Key Featrues
400kbps, 2-Wire Serial Interface: The MAX6965 features a high-speed 400kbps I²C-compatible serial interface, enabling efficient communication with microprocessors. This enhances performance by allowing rapid data transfer and control, making it ideal for applications requiring quick response times, such as LED status indication and backlight control.
Global and Individual 16-Step Intensity Control: The device offers both global and individual 16-step PWM intensity control for each of its nine outputs. This dual-level control allows for precise brightness adjustment, improving energy efficiency and enabling dynamic lighting effects in applications like RGB LED drivers and LCD backlights.
High Port Output Current (50mA per Port): Each output port can sink up to 50mA, making the MAX6965 capable of driving high-brightness LEDs directly. This high current capability ensures robust performance in demanding applications, such as keypad backlights and status indicators, without the need for additional drivers.
Hot Insertion Support: The MAX6965 supports hot insertion, allowing it to be safely connected or disconnected from a live system. This feature enhances reliability and ease of use in industrial and automotive applications where modules may need to be replaced or upgraded without powering down the system.
Low Standby Current (1.2µA typical): With a typical standby current of just 1.2µA, the MAX6965 is highly energy-efficient in low-power or battery-operated applications. This minimizes power consumption during idle periods, extending battery life in portable devices like handheld instruments or remote controls.
Global and Individual 16-Step Intensity Control: The device offers both global and individual 16-step PWM intensity control for each of its nine outputs. This dual-level control allows for precise brightness adjustment, improving energy efficiency and enabling dynamic lighting effects in applications like RGB LED drivers and LCD backlights.
High Port Output Current (50mA per Port): Each output port can sink up to 50mA, making the MAX6965 capable of driving high-brightness LEDs directly. This high current capability ensures robust performance in demanding applications, such as keypad backlights and status indicators, without the need for additional drivers.
Hot Insertion Support: The MAX6965 supports hot insertion, allowing it to be safely connected or disconnected from a live system. This feature enhances reliability and ease of use in industrial and automotive applications where modules may need to be replaced or upgraded without powering down the system.
Low Standby Current (1.2µA typical): With a typical standby current of just 1.2µA, the MAX6965 is highly energy-efficient in low-power or battery-operated applications. This minimizes power consumption during idle periods, extending battery life in portable devices like handheld instruments or remote controls.
Applications
Keypad Backlight Controller: The MAX6965 is ideal for controlling the backlighting of keypads in consumer electronics, such as remote controls or handheld devices. Its 9-output LED driver with individual and global intensity control ensures uniform and adjustable backlighting, enhancing user experience in low-light conditions.
LCD Backlight Driver: The MAX6965 is perfect for driving LCD backlights in portable devices like smartphones, tablets, or industrial displays. With its 50mA output current per channel and PWM dimming capabilities, it provides precise control over brightness levels, ensuring optimal visibility and energy efficiency.
LED Status Indicator Controller: The MAX6965 is well-suited for managing LED status indicators in networking equipment, servers, or IoT devices. Its two-phase blinking feature and 7V-rated open-drain outputs allow for versatile and reliable status indication, even in high-voltage environments.
RGB LED Driver for Ambient Lighting: The MAX6965 is an excellent choice for driving RGB LEDs in ambient lighting systems for smart homes, automotive interiors, or entertainment setups. Its 16-step intensity control for each output enables dynamic color mixing and brightness adjustments, creating immersive lighting effects.
Each application leverages the MAX6965's robust features, such as its 400kbps I²C interface, hot-insertion protection, and low standby current, making it a versatile solution for various LED-driven applications.
LCD Backlight Driver: The MAX6965 is perfect for driving LCD backlights in portable devices like smartphones, tablets, or industrial displays. With its 50mA output current per channel and PWM dimming capabilities, it provides precise control over brightness levels, ensuring optimal visibility and energy efficiency.
LED Status Indicator Controller: The MAX6965 is well-suited for managing LED status indicators in networking equipment, servers, or IoT devices. Its two-phase blinking feature and 7V-rated open-drain outputs allow for versatile and reliable status indication, even in high-voltage environments.
RGB LED Driver for Ambient Lighting: The MAX6965 is an excellent choice for driving RGB LEDs in ambient lighting systems for smart homes, automotive interiors, or entertainment setups. Its 16-step intensity control for each output enables dynamic color mixing and brightness adjustments, creating immersive lighting effects.
Each application leverages the MAX6965's robust features, such as its 400kbps I²C interface, hot-insertion protection, and low standby current, making it a versatile solution for various LED-driven applications.