Breakout Boards
-
Adapters17 Products
-
Barometric Pressure Sensors7 Products
-
Component Boards14 Products
-
DAC Boards8 Products
-
GPS7 Products
-
IO Boards18 Products
-
Logic Level Converters7 Products
-
Motor Drivers20 Products
-
Particle1 Product
-
Power Boards27 Products
-
Relay1 Product
-
RF6 Products
-
RTC's5 Products
-
SD Boards7 Products
-
Sensor Boards28 Products
-
USB7 Products
Showing 1–96 of 204 results
Power BoardsStep-up Voltage Regulator Fixed Output – U3V12Fx Range
From: £3.30 inc VAT Select options
Breakout BoardsPololu Step-Down Voltage Regulator Fixed Output – D36V28Fx Range
£11.35 inc VAT Select options
Breakout BoardsPololu Step-Down Voltage Regulator Fixed Output – D36V6Fx Range
£4.96 inc VAT Select options
Batteries and AccessoriesAdjustable Step-Up/Step-Down Voltage Regulator S7V8A
£4.76 inc VAT Add to basket
Breakout BoardsSparkFun ROB-14451 Motor Driver – Dual TB6612FNG (1A)
From: £5.15 inc VAT Select options
Breakout BoardsPololu Step-Down Voltage Regulators Fixed Output – D24V6Fx Range
From: £5.95 inc VAT Select options
Breakout BoardsPololu Step-Up/Step-Down Voltage Regulators Fixed Output – S18V20FX Range
From: £13.74 inc VAT Select options
Breakout BoardsPololu Step-Down Voltage Regulator Fixed Output – D24V5Fx Range
£4.96 inc VAT Select options
AdafruitAdafruit 746 Ultimate GPS Breakout – 66 channel w/10 Hz updates – Version 3
£39.71 inc VAT Add to basket
AdafruitAdafruit 2045 Adafruit Si5351A Clock Generator Breakout Board – 8KHz to 160MHz
£8.42 inc VAT Add to basket
AdafruitAdafruit 2651 BMP280 I2C or SPI Barometric Pressure & Altitude Sensor
£11.47 inc VAT Add to basket
AdafruitAdafruit 1727 Thermocouple Amplifier with 1-Wire Breakout Board – MAX31850K
£17.23 inc VAT Add to basket
What is a breakout board?
The purpose of a breakout board is that it takes an electrical component, like a small sensor, and makes it easy to connect this to your Arduino, Raspberry Pi, or whatever platform you are using. Breakout boards are designed to simplify the process of prototyping with different components in your latest electronics project.
The component being connected is usually an integrated circuit (IC) – a small computer chip – which has a number of “pins” on them. These act as the connections between the chip and the rest of the system such as for power supply, ground or input and outputs. In the past ICs were large enough that you could drill a hole in the circuit board and use this to solder in a “through hole” pin which can easily be used with solderless breadboards. Over time the size of electrical components shrunk to the point were it is not practical to drill a hole in the circuit board – this has led to the rise of surface mount devices (SMDs). The ICs in these devices can no longer be used directly with solderless breadboards – breakout boards “break out” the conductors from the SMD onto a printed circuit board which can be easily be clipped into a breadboard again.
A comparable product is an Arduino shield which also allows simplifies the process of connecting new components to the main development platform. One advantage of breakout boards are that they tend to be smaller with the printed circuit board often being of a similar size to the IC. The main benefit is that breakout boards are not designed for use with any particular platform and are compatible with most micro-controller development boards – giving you more flexibility when you are experimenting with different setups.