Overview
The GreenPAK™ DIP Development Board is perfect for breadboarding and fast prototyping. It works in tandem with the GreenPAK Designer software (built into the Go Configure™ Software Hub) and allows designers to program custom samples in minutes and test GreenPAK projects in-circuit.
The kit includes a DIP Development Board, USB cable, and Quick Start Guide.
Please note DIP Proto Boards should be ordered separately.
Features
- USB interface
- MacOS, Windows, and Linux compatible
- Programming and emulation
- Gated expansion header for connection to external test equipment
Products in the Design
Automotive GreenPAK: AEC Q100 Qualified Programmable Mixed-Signal ICs
SLG46538-A Active
Automotive GreenPAK Programmable Mixed-Signal IC (Grade 1), VDD Range: 1.71-5.5V, 17 GPIOs, 4 ACMPs, I2C, ASM (8 States), Dual Supply VDD2 Range: 1.71-5.5V
Sample & Buy
SLG4DVKDIP
Not Recommended for New Designs| Pb (Lead) Free: | Yes |
| ECCN (US): | EAR99 |
| HTS (US): | 8542.39.0090 |
1u | $40.00Budgetary Price
Add-on Hardware
Additional boards that work with this platform. Some may be required for full functionality or to evaluate specific features.
GreenPAK SLG46108 20-Pin DIP Prototyping Board
SLG46108V-DIP Active
Supports fast breadboard prototyping with the SLG46108 GreenPAK device. Designed for quick evaluation and mixed-signal experimentation.
Recommended Documents:
GreenPAK SLG46110 20-Pin DIP Prototyping Board
SLG46110V-DIP Active
Enables rapid breadboard prototyping with the SLG46110 GreenPAK device. Suitable for early-stage mixed-signal design evaluation.
Recommended Documents:
GreenPAK SLG46116 20-Pin DIP Prototyping Board
SLG46116V-DIP Active
Facilitates fast prototyping with the SLG46116 GreenPAK device featuring integrated power switching. Designed for breadboard-based evaluation.
Recommended Documents:
GreenPAK SLG46117 20-Pin DIP Prototyping Board
SLG46117V-DIP Active
Supports quick prototyping with the SLG46117 GreenPAK device including discharge capability. Designed for breadboard evaluation and testing.
Recommended Documents:
GreenPAK SLG46120 20-Pin DIP Prototyping Board
SLG46120V-DIP Active
Provides a simple way to prototype mixed-signal designs using the SLG46120 GreenPAK device. Designed for fast breadboard-based experimentation.
Recommended Documents:
GreenPAK SLG46121 20-Pin DIP Prototyping Board
SLG46121V-DIP Active
Accelerate breadboard prototyping and early evaluation with the SLG46121 dual-supply GreenPAK™ device. Designed for early evaluation and mixed-signal experimentation using standard DIP layouts.
Recommended Documents:
GreenPAK SLG46140 20-Pin DIP Prototyping Board
SLG46140V-DIP Active
Facilitates quick breadboard prototyping with the SLG46140 programmable mixed-signal matrix. Suitable for early-stage validation and functional exploration.
Recommended Documents:
GreenPAK SLG46517 20-Pin DIP Prototyping Board
SLG46517M-DIP Active
Supports fast prototyping with the SLG46517 device featuring an asynchronous state machine and integrated power switches. Designed for efficient breadboard-based evaluation.
Recommended Documents:
GreenPAK SLG46533M 20-Pin DIP Prototyping Board
SLG46533M-DIP Active
Enables quick breadboard prototyping with the SLG46533M GreenPAK mixed-signal matrix. Designed for early validation of compact logic implementations.
Recommended Documents:
GreenPAK SLG46533V 20-Pin DIP Prototyping Board
SLG46533V-DIP Active
Supports fast prototyping with the SLG46533V GreenPAK device using standard DIP breadboards. Suitable for rapid mixed-signal experimentation.
Recommended Documents:
GreenPAK SLG46534 20-Pin DIP Prototyping Board
SLG46534V-DIP Active
Facilitates breadboard prototyping with the SLG46534 GreenPAK device featuring an asynchronous state machine. Designed for quick functional validation.
Recommended Documents:
GreenPAK SLG46535 20-Pin DIP Prototyping Board
SLG46535V-DIP Active
Supports rapid prototyping with the SLG46535 dual-supply GreenPAK device and asynchronous state machine. Designed for flexible mixed-voltage applications.
Recommended Documents:
GreenPAK SLG46536 20-Pin DIP Prototyping Board
SLG46536V-DIP Active
Provides a simple way to prototype mixed-signal designs using the SLG46536 GreenPAK device. Suitable for fast breadboard-based testing.
Recommended Documents:
GreenPAK SLG46537 (STQFN-20) 20-Pin DIP Prototyping Board
SLG46537V-DIP Active
Supports breadboard prototyping with the SLG46537 GreenPAK device. Designed for early-stage validation of state-machine-based mixed-signal designs.
Recommended Documents:
GreenPAK SLG46538 (STQFN-20) 20-Pin DIP Prototyping Board
SLG46538V-DIP Active
Facilitates rapid prototyping with the SLG46538 GreenPAK device using standard DIP layouts. Suitable for early mixed-signal validation.
Recommended Documents:
GreenPAK SLG46620 (STQFN-20) 20-Pin DIP Prototyping Board
SLG46620V-DIP Active
Facilitates fast breadboard prototyping with the SLG46620 GreenPAK mixed-signal matrix. Designed for early functional validation.
Recommended Documents:
GreenPAK SLG46621 20-Pin DIP Prototyping Board
SLG46621V-DIP Active
Supports rapid prototyping with the SLG46621 dual-supply GreenPAK device. Suitable for mixed-voltage breadboard evaluation.
Recommended Documents:
GreenPAK SLG46721 20-Pin DIP Prototyping Board
SLG46721V-DIP Active
Facilitates breadboard prototyping with the SLG46721 GreenPAK mixed-signal matrix. Designed for quick functional experimentation.
Recommended Documents:
GreenPAK SLG46722 20-Pin DIP Prototyping Board
SLG46722V-DIP Active
Supports fast prototyping with the SLG46722 GreenPAK mixed-signal matrix using standard DIP layouts. Designed for early design validation.
Recommended Documents:
GreenPAK SLG46811 20-Pin DIP Prototyping Board
SLG46811V-DIP Active
Enable fast breadboard prototyping of mixed-signal designs using the SLG46811 GreenPAK device in a convenient 20-pin DIP form factor.
Recommended Documents:
GreenPAK SLG46824 20-Pin DIP Prototyping Board
SLG46824V-DIP Active
Prototype in-system programmable mixed-signal designs on a breadboard using the SLG46824 GreenPAK DIP prototyping board.
Recommended Documents:
GreenPAK SLG46826 20-Pin DIP Prototyping Board
SLG46826V-DIP Active
Support rapid breadboard prototyping of in-system programmable mixed-signal designs using the SLG46826 GreenPAK DIP board.
Recommended Documents:
GreenPAK SLG46855-A 20-Pin DIP Prototyping Board
SLG46855AP-DIP Active
Prototype automotive-grade mixed-signal designs using the AEC-Q100 qualified SLG46855-A GreenPAK device in a DIP form factor.
Recommended Documents:
GreenPAK SLG46855 20-Pin DIP Prototyping Board
SLG46855V-DIP Active
Enable quick breadboard evaluation of mixed-signal functions using the SLG46855 GreenPAK device in a standard DIP layout.
Recommended Documents:
GreenPAK SLG46867 20-Pin DIP Prototyping Board
SLG46867M-DIP Active
Facilitate rapid prototyping of dual-supply mixed-signal designs using the SLG46867 GreenPAK device on a DIP prototyping board.
Recommended Documents:
GreenPAK SLG47004 20-Pin DIP Prototyping Board
SLG47004V-DIP Active
Prototype analog mixed-signal circuits quickly using the SLG47004 AnalogPAK device in a breadboard-friendly DIP format.
Recommended Documents:
HVPAK SLG47105 20-Pin DIP Prototyping Board
SLG47105V-DIP Active
Prototype high-voltage mixed-signal designs using the SLG47105 HVPAK device in a DIP form factor for breadboard testing.
Recommended Documents:
GreenPAK DIP Adapter for GreenPAK Advanced Development Board
SLG4SA-DIP Active
Bridge GreenPAK DIP prototyping boards with the Advanced Development Board for seamless evaluation. Simplifies workflows across GreenPAK development platforms.
Recommended Documents:
HVPAK SLG47115 20-Pin DIP Prototyping Board
SLG47115V-DIP Active
Enable fast prototyping and breadboard‑based evaluation of high‑voltage mixed‑signal designs using a DIP‑friendly adapter for the SLG47115 HVPAK device.
Recommended Documents:
GreenPAK Lite Development Board
SLG4DVKLITE Active
Program, emulate, and test GreenPAK devices using a streamlined development board integrated with Go Configure software.
Recommended Documents:
Go Configure Development Board
SLG4DVKGOCONF Active
Program, emulate, and prototype ForgeFPGA and GreenPAK designs using a universal development board tightly integrated with the Go Configure Software Hub.
Recommended Documents:
Extension Board
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.
Recommended Documents:
Videos & Training
Discover GreenPAK™, a configurable mixed‑signal IC platform that replaces discrete logic and streamlines system design. By combining analog, digital, and power functions in a compact, low‑power device, GreenPAK enables fast customization through an intuitive GUI without added complexity. Engineers can reduce BOM cost, lower power consumption, simplify PCB routing, accelerate time‑to‑market, and take advantage of in‑system configurability, making GreenPAK a strong fit for building smarter and more efficient designs across a wide range of applications.
Additional Videos
Support
Support Communities
- SLG4DVKDIP bus switch delay
Hello, If you use emulation, I notice there is a little bit of delay on the SLG4DVKDIP between the moment the GreenPAK starts to run its configuration and when the SLG4DVKDIP closes its bus switch to make the pins active externally. This behaviour makes total sense to me, since I ...
Feb 16, 2024 - SLG4DVKDIP does not enumerate
Seven months after placing my order I finally received a SLG4DVKDIP. Unfortunately, it does not work: a blue LED lights up but otherwise the board behaves as if not being connected to the host's USB port at all, dmesg (Linux) is completely silent, that is, even the D+ pull ...
Mar 22, 2023 - SLG4DVKDIP Firmware Outdated?
Hello everybody. I have problem with SLG4DVKDIP in GreenPAK Designer. While connected to usb, blue LED blink 10 times and in the debugging controls are not activated buttons with emulation/test mode/ Read/Program. The board is recently purchased from Mouse. Board version is v1.0.3 ...
Jan 10, 2022
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