Access Secure Information About Our Products
Sign in to access authorized secure information. Learn more about secure access rights.
Our PMIC portfolio optimizes power and simplifies supply sequencing for various applications processors. These PMICs integrate both switching and linear regulators required for a total system solution. They may also integrate battery management functions that include the battery charger, coin cell charger and power path selection.
Our PMICs can be configured via OTP and combined to provide a dedicated system solution that includes deliverables for ASIL B/D functional safety requirements.
Choosing the right product just got easier. View all product finder tools.
The PF0900 is a multi-channel PMIC for high performance i.MX95 applications, featuring 5 buck converters and 4 LDO regulators for system power generation.
Single chip Power Management IC (PMIC) designed to support i.MX 93x family processor
Single chip AEC Q100 grade 2 automotive Power Management IC (PMIC) specifically designed to support i.MX 93x family
PMIC for application as low-power microcontrollers or similar applications powered by Li-Ion battery
PMIC for i.MX 8M Mini/Nano/Plus ideal for automotive and industrial applications
PMIC for i.MX 8ULP ideal for industrial, smart home and mobile applications
PMIC for the complete i.MX 6 portfolio ideal for entry infotainment and connected radio
PMIC for application processors with i.MX 8M family ideal to power low-cost consumer applications
PMIC designed for S32Z/E2 processors, attached to NXP front system supply families
PMIC for automotive safety and industrial applications with integrated voltage monitoring circuits
PMIC for automotive applications using high-performance and low-power requirements such as ADAS, vision and radar
PMIC for automotive applications which integrates high performance 12 A buck converter to power high-end automotive processors
PMICs for processor applications using high-performance ideal for i.MX 8/8X, S32V and Layerscape
Keep learning about the different components in the SDV revolution: from IVN to power management and processing.
Learn how NXP's low voltage PMICs provide safety, scalability and power management solutions with complex sequencing for automotive, industrial and networking.
Learn more about NXP's auto-sync feature, and how this programmable family acts as ONE box to facilitate safe platform development.
Community
Connect the PMIC community for sharing and getting help on your power management questions.
This webinar introduces and gives a complete overview of our BYLink System Power Platform, the missing link to safely power all ECUs.
Enabling a new wave of power efficient devices for li-ion battery powered low power applications, such as wearables, fitness bands, and watches, try our PCA9420/21 PMICs now.
High-performance power management solutions for automotive, consumer and industrial markets.
Read the brochureNXP BYLink Power Management ICs provide safety and power scalable solutions for platform integration.
Sign in to read the whitepaperSign in to access authorized secure information. Learn more about secure access rights.
Important: After email verification refresh this page.
Highly secure information about this product portfolio is available, request access rights. Learn more about secure access rights.
Note: Your application will be reviewed individually by NXP. A non-disclosure agreement will help expedite this process.
Your request to gain secure access rights has been declined. If you think this has been declined in error, request access again.
Access More. Additional secure (restricted) information is available for this product portfolio. Request additional access.
We are currently processing your secure access rights request. Once processed, a notification will be sent to ${emailId}.
Some files related to your secure access rights are temporary unavailable due to a system error. Please check back.
Your access to some secure information has been disabled while we process the updates you made to your NXP Account > Profile. We'll send you an email when the verification process is completed.
There is no information to display.
500 characters remaining.
*Describe the justification for your access request for the approver.