FFPF10H60STU Datasheet FFPF10H60STU, DFR0285 | P1-P3

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Beetle Shield

SKU:DFR0285

Contents

 1 Introduction

 2 Specification

 3 Attaching the Beetle controller to the Beetle shield

 4 Pinout

 5 Projects and products using the Beetle shield

Introduction

The Beetle shield is designed to attach a Beetle controller for easy connecting servos and sensors.

Specification

 Operating voltage: 3 - 5V

 Compatible with DFRobot Beetle

AttachingtheBeetlecontrollertotheBeetleshield

Note: For Beetle shield versions lower than v1.1 the label for D9 and D11 is switched. The pin

labeled with D9 on the shield goes to D11 on the Beetle and D11 on the shield is going to D9 on the

Beetle. Please take the labels on the Beetle controller as the right ones. We have fixed this error in

v1.1

To attach the Beetle to the shield it requires some soldering work. Align the holes of the Beetle with

the pins on the shield. Make sure the Beetle controller is showing the microcontroller chip and the

USB socket facing up to ensure the correct polarity and pin assignment after soldering it to the

shield.

Beetle controller on Beetle shield (click to enlarge)

Push the Beetle down onto the pins and let the pins looking out for ca. 1mm. Solder the eight pins at

the pads of the Beetle using a soldering iron or soldering gun.

Soldering the Beetle controller on the Beetle shield

Pinout

The shield is a breakout of the six pins D9, D10, D11 and A0, A1, A2 as well the two power pins +

and – besides the USB socket. The other two power pads on the other side of the Beetle are not

connected with the shield but you still can use them as a power source since they are routed to the

power lines on the Beetle itself.

Beetle shield pinout (click to enlarge)

After soldering the Beetle on the shield you may power it up by connecting a power source from 3V

to 5V with the power pins labeled with + and - on the Beetle shield. With switching the power on by

pressing the button the LED should light up to confirm the power is witched on. At the same time the

LED on the Beetle should light up too. That is the proof that you successful finished the soldering

task.

Now you might program your Beetle controller by connecting a Micro USB cable with the USB

socket of the Beetle.

The pins on the Beetle shield are arranged to connect with standard servo and sensor connectors.

The order is as followed:

Signal VCC GND

Note: If you want to use the additional pins (RX, TX, SCL and SDA) broken out to the Pads on the

backside of the Beetle controller you might need to solder them before you solder the Beetle to the

shield.

P1-P3 P4-P4

FFPF10H60STU

Mfr. #:

Buy FFPF10H60STU

Manufacturer:

ON Semiconductor / Fairchild

Description:

Rectifiers Hyprfast II Rectifie

Lifecycle:

New from this manufacturer.

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FFPF10H60STU

FFPF10H60STU

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