The Analog Discovery Studio Breadboard Canvas has two regular-size breadboards and three power rails mounted to the
canvas surface.
Each of the Analog Discovery Studio's power supplies, both variable and fixed, are connected to the canvas, accessible
via the power supplies breadboard.
The power access pins for the variable supplies, labeled V+ and V-, are connected to the Analog Discovery Studio's
programmable power supplies. They can be programmed to voltage levels from 1 to 5V (V+) and -1 to -5V (V-) through
the use of WaveForms' Power Supplies instrument.
Four fixed supplies are available, +12V, -12V, 5.0V, and 3.3V.
The power access pins can be enabled or disabled via the set of four switches adjacent to the power supplies breadboard.
Green status LEDs, associated with each supply, turn on when power is available on that pin (when the supply is enabled,
and the ADS is turned on).
Since each power supply is sourced directly from the Analog Discovery Studio, the minimum and maximum current and
power available for each supply depends on the Analog Discovery Studio's specifications. See the Analog Discovery
Studio Specifications for more information.
The Analog Discovery Studio Breadboard Canvas features a variety of common components which can be used within a
circuit under test.
Each of the components described in this section is accessed via pins on the small breadboard adjacent to SW2, referred
to as the Built-in IO Breadboard.
Two switches are available on the Breadboard Canvas. When switched to the “On” position (switched away from the
breadboard surface), they provide a connection between the 5.0V power rail and the corresponding pins (SW1, SW2) on
the Built-in I/O Breadboard. The 5.0V power rail must be enabled to use the buttons.
A circuit diagram detailing how the switches are connected to the Built-in I/O Breadboard can be seen below.
Two user buttons are also available. When pressed, they provide a connection between the 5.0V power rail and the
corresponding pins (BTN1, BTN2) on the Built-in I/O Breadboard. The 5.0V power rail must be enabled to use the buttons.
A circuit diagram detailing how the buttons are connected to the Built-in I/O Breadboard can be seen below.
Breadboards
Power Supplies
Built-in Components
User Switches
User Buttons