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GreenPAK Programmable Mixed-Signal Products

GreenPAK™ is a broad family of cost-effective non-volatile memory (NVM) configurable hardware devices that enable innovators to integrate many system functions into a single custom circuit, and in the process minimize component count, board space, and power consumption. Using the free GUI Go Configure Software Hub and GreenPAK Development Kit, designers can create and configure their perfect custom circuit in minutes.

Visit the GreenPAK Applications page to access 250+ application notes with design files and explore the GreenPAK Cookbook for 90+ application circuits featuring GreenPAK and learn how to get started. Streamline your design process with our Go Configure Software Hub, utilizing pre-existing design files for each application note and cookbook design, or start fresh with a new design. Review the information now and unlock the potential of GreenPAK for your projects!

Use Case

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IoT Power Charger Original Design
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IoT Power Charger Greenpak Benefits

Design reduced by:

  • 5 ICs
  • 2 NMOS transistors
  • 14 passive components

Product Selector: GreenPAK Programmable Mixed-Signal Products

Explore our catalog of products through our parametric product selector tool. Compare specifications across various parameters to find the right part for your design.

Product Selector
Type Title Date
White Paper PDF 350 KB
As VR and AR headsets demand greater integration and power efficiency, Renesas' GreenPAK™ programmable mixed-signal devices provide a compact and flexible solution. By integrating functions such as data conversion, I/O expansion, power sequencing, and camera noise management into a single configurable IC, GreenPAK reduces component count, saves board space, and improves power integrity, enabling more efficient, reliable, and cost-effective designs.
Brochure PDF 4.42 MB 日本語 , 简体中文
Manual - Development Tools PDF 77.83 MB 日本語 , 简体中文
The GreenPAK Cookbook is a design guide for Renesas' GreenPAK Configurable Mixed-Signal ICs that explains how to use GreenPAK's building blocks (comparators, oscillators, sequencers) to create real-world solutions like power sequencing, motor control, and system resets. The guide includes practical techniques, downloadable design files, and over 250 application notes to help engineers integrate customizable logic, analog, and power functions into small, low-power devices.
White Paper PDF 562 KB
Renesas GreenPAK and AnalogPAK programmable mixed-signal ICs integrate configurable analog and digital components for efficient, customizable medical device design. Offering analog signal conditioning, digital processing, and mixed-signal interfacing in a compact, low-power form, they help reduce component count, save space, and meet the growing demands of advanced medical applications.
Brochure PDF 1.08 MB
White Paper PDF 184 KB
SRAM and DRAM differ in speed, power efficiency, and density, influencing their suitability for volatile memory applications. SRAM offers fast access and low power, while DRAM provides higher density at the cost of refresh cycles. GreenPAK™ devices use SRAM-based D latch structures for reliable, low-power register-level memory, enabling flexible mixed-signal designs without the drawbacks of DRAM.
White Paper PDF 327 KB
Reducing the power consumption of integrated circuits is critical for sustainability and device efficiency. This paper details common power-saving techniques for microcontrollers and highlights Renesas' GreenPAK ICs as an optimized solution. By using features like low-power standby modes, selectable clocks, and dynamic power control for peripherals, GreenPAK devices significantly reduce current draw, making them ideal for portable, battery-powered applications and a more sustainable future.
White Paper PDF 393 KB
Programmable ICs play a critical role in IoT design, and the GreenPAK IC family stands out for its compact size, low power consumption, and versatility. This paper highlights how GreenPAK simplifies IoT development, offering a cost-effective and efficient solution for modern applications.
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