MAX16992 (15)
The MAX16992 is available from Analog Devices at Xecor. Designed for high-performance, current-mode PWM control in boost and SEPIC converters, the MAX16992 offers minimized radio interference with a 2.5MHz switching frequency, space-efficient design with minimized external components, and robust protection features for automotive applications. Available in 12-TQFN (3x3) packages, it is ideal for automotive systems such as audio/navigation, LED lighting, and dashboards. Whether used in front-end preboost power supplies or high-power LED lighting, this series ensures efficiency, flexibility, and reliability for demanding automotive applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX16992 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX16992ATCC/V+ | Automotive AEC-Q100 | WFQFN-12 | 7,785 | |
| MAX16992ATCC/V+T | 36V Switching Controller for Automotive Applications | WFQFN-12 | 2,478 | |
| MAX16992ATCD/V+ | High-frequency PWM controller for precise motor control | TQFN-12 | 5,396 | |
| MAX16992ATCE/V+ | Efficient current mode control for reliable power delivery | WFQFN-12 | 9,679 | |
| MAX16992ATCD/V+T | Switching Controllers 36V, 2.5MHz Automotive Boost/SEPIC Controller | TQFN-12 | 8,975 | |
| MAX16992ATCE/V+T | Advanced power management for demanding automotive applications, featuring a broad input voltage range and high-frequency operatio | WFQFN-12 | 8,337 | |
| MAX16992ATCD/VY+T | RoHS compliant, reliable DC-DC converter for high-reliability systems | WFQFN-12 | 7,338 | |
| MAX16992ATCF/V+T | Efficient power conversion solutions for a wide range of DC/DC converter need | TQFN-12 | 3,664 | |
| MAX16992ATCF/VY+ | Reliable power supply for advanced driver-assistance systems (ADAS | WFQFN-12 | 9,575 | |
| MAX16992ATCF/V+ | MAX16992ATCF/V+ functions as a controller tailored specifically for automotive use, supporting boost and SEPIC configurations at frequencies of 2 | TQFN-12 | 6,468 | |
| MAX16992ATCF/VY+T | Switching Controllers 36V Boost, 1 MHz, in uMax or TQFN | TQFN-12 | 8,127 | |
| MAX16992ATED/V+ | Advanced circuitry for precise voltage regulation and reduced EM | TQFN-16 | 9,183 | |
| MAX16992ATED/V+T | Switching Controllers 36V Boost, 2 MHz, in uMax or TQFN | TQFN-16 | 4,007 | |
| MAX16992ATEF/V+ | Robust design for harsh electrical environments | TQFN-16 | 8,116 | |
| MAX16992ATEF/V+T | Compact MAX16992ATEF/V+T: Efficiently boosts voltage up to 36V at 2 MHz | TQFN-16 | 4,694 |
Key Featrues
High Switching Frequency (2.5MHz): The MAX16992 operates at a 2.5MHz switching frequency, which minimizes radio interference by operating above the AM radio band. This feature is particularly beneficial in automotive applications where EMI (Electromagnetic Interference) management is critical, ensuring reliable performance without disrupting communication systems.
Wide Input Voltage Range (4.5V to 36V): With an input voltage range of 4.5V to 36V, the device is well-suited for automotive environments, where voltage fluctuations are common. This versatility allows it to handle both low and high input voltages, making it ideal for applications like front-end preboost or SEPIC power supplies.
Internal Low-Dropout Regulator (PVL Regulator): The integrated 5V PVL regulator enables the device to operate directly from an automotive battery input, reducing the need for external components. This simplifies design, improves efficiency, and ensures stable operation even in challenging automotive conditions.
Current-Mode PWM Control: The current-mode PWM control ensures precise regulation of the output voltage, enhancing stability and transient response. This feature is particularly useful in high-power LED lighting applications, where consistent performance and efficiency are crucial.
Robust Protection Features: The device includes multiple protection mechanisms such as overtemperature shutdown, PGOOD output, and hiccup mode. These features enhance system reliability and safety in harsh automotive environments, ensuring the device can withstand extreme conditions and recover gracefully from faults.
Wide Input Voltage Range (4.5V to 36V): With an input voltage range of 4.5V to 36V, the device is well-suited for automotive environments, where voltage fluctuations are common. This versatility allows it to handle both low and high input voltages, making it ideal for applications like front-end preboost or SEPIC power supplies.
Internal Low-Dropout Regulator (PVL Regulator): The integrated 5V PVL regulator enables the device to operate directly from an automotive battery input, reducing the need for external components. This simplifies design, improves efficiency, and ensures stable operation even in challenging automotive conditions.
Current-Mode PWM Control: The current-mode PWM control ensures precise regulation of the output voltage, enhancing stability and transient response. This feature is particularly useful in high-power LED lighting applications, where consistent performance and efficiency are crucial.
Robust Protection Features: The device includes multiple protection mechanisms such as overtemperature shutdown, PGOOD output, and hiccup mode. These features enhance system reliability and safety in harsh automotive environments, ensuring the device can withstand extreme conditions and recover gracefully from faults.
Applications
Automotive LED Lighting Controller: The MAX16992 is ideal for driving high-power LED lighting systems in automotive applications. Its high switching frequency and robust design ensure efficient and reliable operation, making it suitable for headlights, taillights, and interior lighting in vehicles. The device's wide input voltage range and automotive-grade qualification (AEC-Q100) make it a perfect fit for demanding automotive environments.
Front-End Preboost Power Supply: The MAX16992 is well-suited for use as a front-end preboost or SEPIC power supply in automotive systems. Its ability to handle input voltages from 4.5V to 36V, along with its current-mode PWM control, ensures stable and efficient power delivery for applications such as infotainment systems, navigation units, and advanced driver-assistance systems (ADAS).
Dashboard Display Power Management: The MAX16992 is an excellent choice for powering dashboard displays in vehicles. Its compact 12-TQFN package and high switching frequency minimize space requirements and reduce electromagnetic interference (EMI), ensuring clear and reliable operation of LCD or OLED displays in automotive dashboards.
Multiphase LED Driver for High-Power Applications: The MAX16992 can be configured for multiphase operation, making it ideal for driving high-power LED arrays in automotive or industrial lighting applications. Its adjustable slope compensation and current-mode control ensure precise current regulation, while its protection features like overtemperature shutdown and hiccup mode enhance system reliability in harsh environments.
Front-End Preboost Power Supply: The MAX16992 is well-suited for use as a front-end preboost or SEPIC power supply in automotive systems. Its ability to handle input voltages from 4.5V to 36V, along with its current-mode PWM control, ensures stable and efficient power delivery for applications such as infotainment systems, navigation units, and advanced driver-assistance systems (ADAS).
Dashboard Display Power Management: The MAX16992 is an excellent choice for powering dashboard displays in vehicles. Its compact 12-TQFN package and high switching frequency minimize space requirements and reduce electromagnetic interference (EMI), ensuring clear and reliable operation of LCD or OLED displays in automotive dashboards.
Multiphase LED Driver for High-Power Applications: The MAX16992 can be configured for multiphase operation, making it ideal for driving high-power LED arrays in automotive or industrial lighting applications. Its adjustable slope compensation and current-mode control ensure precise current regulation, while its protection features like overtemperature shutdown and hiccup mode enhance system reliability in harsh environments.
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