MAX14900E (4)
The MAX14900E is available from Analog Devices at Xecor. Designed for high-speed industrial control systems, the MAX14900E offers low power consumption, fast switching, and extensive fault feedback. With low propagation delays (2µs in high-side mode and 0.8µs in push-pull mode) and a high switching rate of up to 100kHz, it is ideal for high-density digital output modules, motor controllers, and programmable logic controllers (PLCs). Available in 7mm x 7mm, 48-pin QFN and TQFN packages, this series ensures reliable performance, scalability, and efficiency for demanding applications such as PWM/PPO control and industrial automation. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX14900E series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX14900EAGM+CKT | The MAX14900EAGM+CKT from MAXIM INTEGRATED PRODUCTS is a power load switch with a 36V rating in QFN-48 package | QFN-48 | 7,971 | |
| MAX14900EAGM+CKH | Offers a wide operating voltage range of V to | WFQFN-48 | 8,379 | |
| MAX14900EAGM+TCKH | High-power current limit solution for demanding application | TQFN EP-48 | 6,306 | |
| MAX14900EAGM+TCKT | Buffer and inverter-based peripheral driver | VFQFN-48 | 7,946 |
Key Featrues
Low Power Consumption for High-Density Modules: The MAX14900E features a total supply current of just 3mA (max) and a low 165mΩ (max) high-side on-resistance at +125°C. This low power consumption enhances energy efficiency, making it ideal for high-density digital output modules and reducing heat generation in compact designs.
Fast Switching for High-Speed Control Systems: With propagation delays as low as 2μs in high-side mode and 0.8μs in push-pull mode, the device supports accurate and high-speed control systems. This capability is critical for applications like motor controllers and PWM/PPO control, ensuring precise and responsive operation.
Extensive Fault Feedback for Simplified Maintenance: The device provides global and per-channel diagnostics, including open load/wire detection, thermal shutdown fault indication, and undervoltage lockout. These features reduce installation time and simplify maintenance, improving system reliability and uptime.
High-Side Switch with High Current Capability: Each high-side switch can source up to 850mA continuous current, enabling the device to drive long cables and high-power loads. Multiple switches can be connected in parallel for even higher drive currents, making it versatile for industrial applications.
Compact Design with Serial Interface for High-Density Integration: The MAX14900E comes in small 7mm x 7mm, 48-pin QFN and TQFN packages and features a daisy-chainable SPI interface. This compact design minimizes isolation costs and allows for high-density module integration, ideal for space-constrained industrial systems.
Fast Switching for High-Speed Control Systems: With propagation delays as low as 2μs in high-side mode and 0.8μs in push-pull mode, the device supports accurate and high-speed control systems. This capability is critical for applications like motor controllers and PWM/PPO control, ensuring precise and responsive operation.
Extensive Fault Feedback for Simplified Maintenance: The device provides global and per-channel diagnostics, including open load/wire detection, thermal shutdown fault indication, and undervoltage lockout. These features reduce installation time and simplify maintenance, improving system reliability and uptime.
High-Side Switch with High Current Capability: Each high-side switch can source up to 850mA continuous current, enabling the device to drive long cables and high-power loads. Multiple switches can be connected in parallel for even higher drive currents, making it versatile for industrial applications.
Compact Design with Serial Interface for High-Density Integration: The MAX14900E comes in small 7mm x 7mm, 48-pin QFN and TQFN packages and features a daisy-chainable SPI interface. This compact design minimizes isolation costs and allows for high-density module integration, ideal for space-constrained industrial systems.
Applications
High-Speed PLC Systems: The MAX14900E is ideal for next-generation high-speed Programmable Logic Controller (PLC) systems. Its low propagation delay and high-rate load-switching capabilities ensure precise and rapid control, making it suitable for industrial automation and process control applications.
Motor Control Systems: The MAX14900E is perfect for motor control applications, offering high-side or push-pull operation with low on-resistance and fast switching. Its ability to handle high currents and provide fault feedback makes it ideal for driving motors in industrial and automotive environments.
PWM/PPO Control Systems: The MAX14900E excels in Pulse Width Modulation (PWM) and Push-Pull Output (PPO) control systems. With switching rates of up to 100kHz and low propagation delays, it ensures accurate and efficient control of long cables and high-speed loads in industrial settings.
High-Density Digital Output Modules: The MAX14900E is well-suited for high-density digital output modules in industrial control systems. Its small package size, daisy-chainable SPI interface, and low power consumption make it ideal for creating compact, high-performance modules in space-constrained environments.
Motor Control Systems: The MAX14900E is perfect for motor control applications, offering high-side or push-pull operation with low on-resistance and fast switching. Its ability to handle high currents and provide fault feedback makes it ideal for driving motors in industrial and automotive environments.
PWM/PPO Control Systems: The MAX14900E excels in Pulse Width Modulation (PWM) and Push-Pull Output (PPO) control systems. With switching rates of up to 100kHz and low propagation delays, it ensures accurate and efficient control of long cables and high-speed loads in industrial settings.
High-Density Digital Output Modules: The MAX14900E is well-suited for high-density digital output modules in industrial control systems. Its small package size, daisy-chainable SPI interface, and low power consumption make it ideal for creating compact, high-performance modules in space-constrained environments.
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