MIKROE-1744

MIKROE-1744 Datasheet

MikroElektronika’s production facility is where bare, paw-shaped pieces of PCB become FlowPaws. Automated robotic turret heads place 28,000 components per hour. The hardware was designed upstairs, by experts that designed some

Part	Datasheet
MIKROE-1744	MIKROE-1744 (pdf)

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Development Boards Why some kids become whiz programers by age 12, and how almost anyone can do it? Successful learners agree, to increase chances of success you need to: Make learning fun and engaging Provide small wins early on Keep scratching the curiosity itch Make learning fun and engaging Kids are curious, but keeping their attention is hard. Especially now when toddlers are swiping, zooming and tapping iPads before they’re potty trained. But FlowPaw doesn’t do any of that on its own... FlowStone - A series of small wins When children get immersed into a fun activity it’s like they’ve fallen under a spell eyes widen, the breath is still. But even then, they’re tiptoeing on the edge of boredom. As soon as it gets too repetitive the spell is broken. Make it too challenging again it doesn’t work. The key to keep the junior code learner spellbound is to provide a steady stream of small wins early on. That’s what Flowstone the programming software that comes with FlowPaw is designed to do... Dig deeper as you get better Some FlowStone components are actually nuggets of Ruby code. As you refine your creations, you’ll start hacking a variable here, an expression there and your coding confidence will grow. Keep scratching the curiosity itch Curiosity feels like an itch the more you scratch it by finding answers to questions and learning new stuff the more it itches. FlowPaw’s four claws with click board sockets will keep you scratching. Each click board adds a new functionality to the paw. Included in the box are a proximity sensor, a 8x8 LED display, an accelerometer and a buzzer. FlowPaw click pack 1 FlowPaw click pack 2 Even more click boards are available A total of 12 click boards are currently supported in FlowStone STEM. Support for more and more will be added out of more than 100 click boards available . Where do FlowPaws come from? MikroElektronika’s production facility is where bare, paw-shaped pieces of PCB become FlowPaws. Automated robotic turret heads place 28,000 components per hour. The hardware was designed upstairs, by experts that designed some of the finest development boards for microcontrollers on the market. Tech specs - STM32F415RG - ARM 32-bit Cortex -M4 - 1024 KB of Flash Memory - 192 KB SRAM - 168 MHz Connectivity - 4 mikroBUS sockets - 4 Digital inputs - 4 Analog inputs - 192 KB SRAM - 8 Servo Motor outputs FlowStone - Compatible with Windows 8/7/Vista/XP/2000 - Requires at least 512 MB RAM What’s in the package? Order Now CUSTOMIZATION We can modify our products to suit your requirements, click here for details. MIKROE-1744 FlowPaw Kit 9/23/2015

PDF Datasheet Preview

Development Boards

Why some kids become whiz programers by age 12, and how almost anyone can do it?

Successful learners agree, to increase chances of success you need to:

Make learning fun and engaging

Provide small wins early on

Keep scratching the curiosity itch

Make learning fun and engaging

Kids are curious, but keeping their attention is hard. Especially now when toddlers are swiping, zooming and tapping iPads before they’re potty trained.

But FlowPaw doesn’t do any of that on its own...

FlowStone - A series of small wins

When children get immersed into a fun activity it’s like they’ve fallen under a spell eyes widen, the breath is still. But even then, they’re tiptoeing on the edge of boredom. As soon as it gets too repetitive the spell is broken. Make it too challenging again it doesn’t work. The key to keep the junior code learner spellbound is to provide a steady stream of small wins early on. That’s what Flowstone the programming software that comes with FlowPaw is designed to do...

Dig deeper as you get better

Some FlowStone components are actually nuggets of Ruby code. As you refine your creations, you’ll start hacking a variable here, an expression there and your coding confidence will grow.

Keep scratching the curiosity itch

Curiosity feels like an itch the more you scratch it by finding answers to questions and learning new stuff the more it itches.

FlowPaw’s four claws with click board sockets will keep you scratching. Each click board adds a new functionality to the paw.

Included in the box are a proximity sensor, a 8x8 LED display, an accelerometer and a buzzer.

FlowPaw click pack 1

FlowPaw click pack 2

Even more click boards are available

A total of 12 click boards are currently supported in FlowStone STEM. Support for more and more will be added out of more than 100 click boards available .

Where do FlowPaws come from?

MikroElektronika’s production facility is where bare, paw-shaped pieces of PCB become FlowPaws. Automated robotic turret heads place 28,000 components per hour. The hardware was designed upstairs, by experts that designed some
of the finest development boards for microcontrollers on the market.

Tech specs
- STM32F415RG - ARM 32-bit Cortex -M4 - 1024 KB of Flash Memory - 192 KB SRAM - 168 MHz

Connectivity
- 4 mikroBUS sockets - 4 Digital inputs - 4 Analog inputs - 192 KB SRAM - 8 Servo Motor outputs

FlowStone
- Compatible with Windows 8/7/Vista/XP/2000
- Requires at least 512 MB RAM

What’s in the package?

Order Now

CUSTOMIZATION We can modify our products to suit your requirements, click here for details.

MIKROE-1744

FlowPaw Kit
9/23/2015

Notice: we do not provide any warranties that information, datasheets, application notes, circuit diagrams, or software stored on this website are up-to-date or error free. The archived MIKROE-1744 Datasheet file may be downloaded here without warranties.

Datasheet ID: MIKROE-1744 649289