Microchip Technology BB37Z60A Breakout Board Solution MCU Sample Kit

Microchip Technology BB37Z60A Breakout Board Solution MCU Sample Kit 1 includes four microcontroller boards, providing all the essentials for initiating prototype development. This kit provides easy access to the features of each of the MCUs to integrate the Breakout Board Solution (BBS) into a custom design or quick prototype. The four boards feature versions of AVR, PIC, dSPIC, and PIC32C devices. This sample kit offers 4 blank PCBs, which can be used to prototype any other compatible device. The BB37Z60A BBS sample kit is compatible with Curiosity Base and Explorer boards and supports 2.54mm (.100”) headers for programming and connections.

The Breakout Board Solutions (BBS) is the epitome of compact circuit design, engineered to facilitate single-function prototyping with seamless integration. This BBS portfolio encompasses a diverse range of microcontrollers, power systems, analog interfaces, and sensor boards, providing a comprehensive platform for evaluating various design alternatives. These boards are designed for effortless customization and utilize standard headers, large footprints, and generously spaced layout geometries.

Features

Four individual BBS boards support each Microchip MCU family:
- 8-bit AVR^® MCU - ATTINY1614-SSNR
- 8-bit PIC^® MCU - PIC18F26Q71-I/SS
- 16-bit dsPIC^® DSC - dsPIC33CK256MP502-I/SS
- 32-bit SAM MCU - PIC32CM5164JH01032-I/PT
Four unpopulated boards enable testing of any pin-compatible device
Compatibility with Curiosity Base and Explorer boards
Programming header
2.54mm (.100") headers for programming and connections

Large footprints enable simplified board modification
Each device pin is connected to an external header pin
Minimal circuitry for device operation included:
- Easily determine sleep and operation power
- Capable of supporting voltage requirements for different MCU specifications
- Powered by an external programming tool or external power supply
- Packages allow for manual hand soldering
No additional unnecessary circuitry