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Renesas Electronics Corporation

Overview

The SLG46824V-DIP 20-pin DIP prototyping board is perfect for breadboarding and fast prototyping with the SLG46824 programmable mixed-signal matrix IC with in-system programmability. It requires the SLG4SA-DIP DIP Adapter to use with the GreenPAK™ Advanced Development Board.

The GreenPAK DIP Adapter is a small PCB that allows users to adapt STQFN packages into a DIP footprint. This small .43in x 1.03in board uses a 20-pin DIP footprint with a 0.3in width. Users can also use this adapter for prototyping by making the STQFN package compatible with solder-free breadboards.

Features

  • Low cost
  • Simplifies prototyping of Surface Mount Technology (SMT) ICs
  • Optional VDD LED indicator
  • Decoupling capacitor included
  • Optional I2C pull-up resistors

Products in the Design

Sample & Buy

SLG46824V-DIP Prototyping Board

SLG46824V-DIP

Active
Pb (Lead) Free:Yes
ECCN (US):EAR99
HTS (US):8473.30.1180

Add-on Hardware

Additional boards that work with this platform. Some may be required for full functionality or to evaluate specific features.

GreenPAK Lite Development Board

SLG4DVKLITE Active
Program, emulate, and test GreenPAK devices using a streamlined development board integrated with Go Configure software.

Go Configure Development Board

Program, emulate, and prototype ForgeFPGA and GreenPAK designs using a universal development board tightly integrated with the Go Configure Software Hub.

GreenPAK Extension Card for the Go Configure Development Board

SLG4EXTCARD1 Active
The GreenPAK™ Extension Card #1 is designed to work with the Go Configure Development Board, providing a platform for evaluating, debugging, and validating GreenPAK mixed-signal ICs. This extension card is required to connect to and use the GreenPAK socket adapters and DIP adapters.

Videos & Training

Support

Support Communities

  1. SLG46824 - Is low voltage i2c possible?

    I'm trying to use 1.8V i2c pullups with VDD/VDD2 at 3.3V. I set bits 834 and 842 for low voltage input threshold on SCL and SDA. But i2c does not work with 1.8V pullups unless I also lower VDD. Does the low voltage input ...

    Nov 4, 2021
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