This breadboard will allow prototyping of projects prior to a more permanent assembly solution its ideal for hobbyists students Lab work or by any one who needs to test a circuit. A self-adhesive pad is attached to the rear of the breadboard & consists of two sections one section of 30 blocks of six rows labelled A to F & an identical section labelled G to L Can also be connected to AD-01BZ13P AD-102AG10L AD-101AG09K or other AD-100 blocks.

Dimensions 42 x 83 x 10mm.

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This breadboard will allow prototyping of projects prior to a more permanent assembly solution, it's ideal for hobbyists, students, Lab work or by any one who needs to test a circuit. A self-adhesive pad is attached to the rear of the breadboard. Can also be connected to AD-01 (BZ13P), AD-100 (AG08J), AD-102 (AG10L), or other AD-101 blocks. Dimensions: 83x 52x 10mm. ...

This breadboard will allow prototyping of projects prior to a more permanent assembly solution its ideal for hobbyists students Lab work or by any one who needs to test a circuit. A self-adhesive pad is attached to the rear of the breadboard. Can also be connected to AD-01BZ13P AD-100AG08J AD-102AG10L or other AD-101 blocks.

Dimensions 83x 52x 10mm.

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This breadboard will allow prototyping of projects prior to a more permanent assembly solution, it's ideal for hobbyists, students, Lab work or by any one who needs to test a circuit. A self-adhesive pad is attached to the rear of the breadboard. Can also be connected to AD-01 (BZ13P), AD-100 (AG08J), AD-101 (AG09K), or other AD-102 blocks. Dimensions: 62x 83x 10mm. ...

This breadboard will allow prototyping of projects prior to a more permanent assembly solution its ideal for hobbyists students Lab work or by any one who needs to test a circuit. A self-adhesive pad is attached to the rear of the breadboard. Can also be connected to AD-01BZ13P AD-100AG08J AD-101AG09K or other AD-102 blocks.

Dimensions 62x 83x 10mm.

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A range of solderless breadboard modules that can interconnect to suit individual requirements. The basic board AD-01 consists of four blocks of six columns of 28 rows, the sockets in each row being interconnected. The blocks are a standard DIP size apart, although MSI & LSI type chips can be used. At both ends of the blocks, there are two power busses. The ‘ Red’ bus is made up of two separate rows of 12 connecting sockets, & the ‘ Black’ bus is one row of 24 connecting sockets There is an additional matrix of 30 by 6 sockets for non-dip type components. The six sockets in the vertical plane are interconnected. Each socket will accept solid wire from 20 to 30 swg (0•3 to 0•8mm). The base has a ‘sticky’ covering to hold the board firm on a workbench or surface. The AD-10 power block has 5 individual screw terminals that will accept 4•5mm Y-terminal, stripped wire or 4mm banana plug. Each terminal is connected to two sockets. The power block will snap lock onto the AD-01 base board to allow connections to the required power bus. The power block has the same ‘sticky’ base. After use the modules can be unlocked & remade into a different configuration.AD-14 is four AD-01 & one AD-10 mounted on a blue base board.

Size: 335 x 168mm

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• Requires a 5V supply• Constant current drivers for ultra-bright, consistent colour•1/16 step display dimming•I2C interface• Backpack comes with address-selection jumpers so you can connect up to four mini 8x 8's or eight 7-segments • And to view the library please click here to help you get started!• To see Adafruits tutorial showing how to solder, wire & control the display please click here What's better than a single LED? Lots of LEDs! A fun way to make a small display is to use an 8x 8 matrix or a 4-digit 7-segment display. Matrices like these are 'multiplexed'
- so to control 64 LEDs you need 16 pins. That's a lot of pins, & there are driver chips like the MAX7219 that can control a matrix for you but there's a lot of wiring to set up & they take up a ton of space. The matrices use a driver chip that does all the heavy lifting for you: They have a built in clock so they multiplex the display. They use constant-current drivers for ultra-bright, consistent colour (the images above are photographed at the dimmest setting to avoid overloading our camera!), 1/16 step display dimming, all via a simple I2C interface. These 1.2" matrix backpacks come with three address-selection jumpers so you can connect up to eight 1.2" 8x 8's together (or a combination, such as four 1.2" 8x 8's & four 7-segments, etc) on a single I2C bus.
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• Requires a 5V supply• Constant current drivers for ultra-bright, consistent colour•1/16 step display dimming•I2C interface• Backpack comes with address-selection jumpers so you can connect up to four mini 8x 8's or eight 7-segments • And to view the library please click here to help you get started!• To see Adafruits tutorial showing how to solder, wire & control the display please click here What's better than a single LED? Lots of LEDs! A fun way to make a small display is to use an 8x 8 matrix or a 4-digit 7-segment display. Matrices like these are 'multiplexed'
- so to control 64 LEDs you need 16 pins. That's a lot of pins, & there are driver chips like the MAX7219 that can control a matrix for you but there's a lot of wiring to set up & they take up a ton of space. The matrices use a driver chip that does all the heavy lifting for you: They have a built in clock so they multiplex the display. They use constant-current drivers for ultra-bright, consistent colour (the images above are photographed at the dimmest setting to avoid overloading our camera!), 1/16 step display dimming, all via a simple I2C interface. These 1.2" matrix backpacks come with three address-selection jumpers so you can connect up to eight 1.2" 8x 8's together (or a combination, such as four 1.2" 8x 8's & four 7-segments, etc) on a single I2C bus.
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• Requires a 5V supply• Constant current drivers for ultra-bright, consistent colour•1/16 step display dimming•I2C interface• Backpack comes with address-selection jumpers so you can connect up to four mini 8x 8's or eight 7-segments • And to view the library please click here to help you get started!• To see Adafruits tutorial showing how to solder, wire & control the display please click here What's better than a single LED? Lots of LEDs! A fun way to make a small display is to use an 8x 8 matrix or a 4-digit 7-segment display. Matrices like these are 'multiplexed'
- so to control 64 LEDs you need 16 pins. That's a lot of pins, & there are driver chips like the MAX7219 that can control a matrix for you but there's a lot of wiring to set up & they take up a ton of space. The matrices use a driver chip that does all the heavy lifting for you: They have a built in clock so they multiplex the display. They use constant-current drivers for ultra-bright, consistent colour (the images above are photographed at the dimmest setting to avoid overloading our camera!), 1/16 step display dimming, all via a simple I2C interface. These 1.2" matrix backpacks come with three address-selection jumpers so you can connect up to eight 1.2" 8x 8's together (or a combination, such as four 1.2" 8x 8's & four 7-segments, etc) on a single I2C bus.
...

• Requires a 5V supply• Constant current drivers for ultra-bright, consistent colour•1/16 step display dimming•I2C interface• Backpack comes with address-selection jumpers so you can connect up to four mini 8x 8's or eight 7-segments • And to view the library please click here to help you get started!• To see Adafruits tutorial showing how to solder, wire & control the display please click here What's better than a single LED? Lots of LEDs! A fun way to make a small display is to use an 8x 8 matrix or a 4-digit 7-segment display. Matrices like these are 'multiplexed'
- so to control 64 LEDs you need 16 pins. That's a lot of pins, & there are driver chips like the MAX7219 that can control a matrix for you but there's a lot of wiring to set up & they take up a ton of space. The matrices use a driver chip that does all the heavy lifting for you: They have a built in clock so they multiplex the display. They use constant-current drivers for ultra-bright, consistent colour (the images above are photographed at the dimmest setting to avoid overloading our camera!), 1/16 step display dimming, all via a simple I2C interface. These 1.2" matrix backpacks come with three address-selection jumpers so you can connect up to eight 1.2" 8x 8's together (or a combination, such as four 1.2" 8x 8's & four 7-segments, etc) on a single I2C bus.
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