CryoSnap Thermoelectric Dev Kit

CryoSnap Thermoelectric Dev Kit

From TEC to working system in minutes

A modular thermoelectric development platform for engineers building, testing, and integrating TEC-based heating and cooling systems.

The CryoSnap Thermoelectric Dev Kit combines power electronics, TEC drive, sensing, control, and user interface into one bench-top system so you can get to a working thermal setup without first building custom hardware. It is designed for rapid bring-up, control development, system characterization, and early prototype integration. :contentReference[oaicite:0]{index=0}

What it is

CryoSnap is a fully integrated thermoelectric development kit built to help engineers evaluate and prototype TEC systems quickly. It includes a working thermal stack, driver electronics, control hardware, sensing, and local interface in a single modular platform. Use it as a fast demo platform, a control development tool, and a reference architecture for embedded product development. :contentReference[oaicite:1]{index=1}

What it enables

• Fast TEC system bring-up without designing custom electronics first
• Real thermal behavior testing with an integrated thermal stack
• Closed-loop control development from simple control to more advanced algorithms
• System characterization including response, limits, and behavior under different conditions
• Transition from demo to prototype using validated building blocks

These use cases are directly aligned with the brochure’s positioning around rapid experimentation, evaluation of control strategies, and transition from demo to embedded design. :contentReference[oaicite:2]{index=2}

Key capabilities

• Bidirectional TEC control for heating and cooling
• ~100W class system power
• Integrated thermal stack with TEC, heatsink, and active cooling fan
• Multi-point temperature sensing
• Arduino Nano-compatible control platform
• Real-time visual feedback with LEDs and display
• Knob + button interface for immediate use without code
• Snap-apart modular architecture for subsystem reuse and integration

These capabilities are drawn from the draft brochure’s key capabilities and system description. :contentReference[oaicite:3]{index=3}

Built for real engineering work

CryoSnap is intended for electrical engineers, thermal engineers, firmware developers, and product teams developing cooling or heating subsystems. It is designed as a practical development and reference platform, not a toy. :contentReference[oaicite:4]{index=4}

Modular by design

CryoSnap is organized into functional sections that can be used together or separated for custom development:

• Thermal
• Driver
• Power
• Micro
• Interface

This snap-apart structure lets you start with a complete working platform, then reuse only the sections you need in your own prototype or subsystem design. :contentReference[oaicite:5]{index=5}

Configuration options

Base Kit
CryoSnap Thermoelectric Dev Kit with standard TEC configuration

Optional upgrades

• 127 TEC upgrade
• 199 TEC upgrade
• MicroCentum upgrade options

Select the base kit and add the upgrade option that best matches your development needs.

Lead time

Initial units are low-volume builds.
Please expect a lead time of approximately 4 weeks unless otherwise noted.

If you have a program deadline or want to discuss configuration before ordering, contact us before purchase.

FAQ

Does it work out of the box?
Yes. The kit is designed as an integrated platform with thermal stack, control, sensing, and interface hardware so you can begin testing quickly. :contentReference[oaicite:6]{index=6}

Do I need to write firmware to use it?
No. The platform includes onboard interface hardware for immediate interaction, but it also supports rapid firmware development through its Arduino Nano-compatible control architecture. :contentReference[oaicite:7]{index=7}

Can I reuse pieces of it in my own prototype?
Yes. The snap-apart modular architecture is specifically intended to support subsystem reuse and custom development. :contentReference[oaicite:8]{index=8}

What power input does it support?
The brochure indicates USB-C Power Delivery up to ~20V class and external high-voltage input up to ~24V class, depending on configuration. :contentReference[oaicite:9]{index=9}

Buy CryoSnap Dev Kit

Start building and testing thermoelectric systems without starting from scratch.