Overview Of The Connections And Components Of The Robot Board - Maker Factory MF-4992453 Operating Instructions Manual

19. Overview of the connections and components of the robot board

Lay down the robot board as shown in the illustration to get an overview of the connector options.
You can also find the circuit diagram for the board at www.conrad.com on the product website.
The Hexpod robot board has the following connectors and components:
BAT XT30 connector for connecting the battery that powers the board. Operating voltage 4.5 to 10 V/DC ("+" = positive pole; "GND" =
negative pole). Depending on the servos used, a NiMH battery with 5 cells (nominal voltage 6.0 V) and a capacity of at least 2000
mAh should be used as power supply.
PRG-M USB connection for programming the locomotion controller.
TX-LED Indicates the transmission line when a programme is transmitted to the locomotion controller (fast flashing during transmission).
Signals the receiving line when a programme is transferred to the locomotion controller (fast flashing during transfer).
AKKU & GND The battery voltage can be tapped at these pins ("BAT" = positive pole, "GND" = negative pole).
J6 Here stabilised 5 V/DC/1000 mA at the pins "VCC" and "GND" are available. This connector is used for proper extensions and
experiments ("VCC" = positive pole, "GND" = negative pole).
OUT1 This is a digital output of the locomotion controller. It can be switched to HIGH (+5 V/DC) or LOW (0 V/DC) by a command from the
user board. The maximum current carrying capacity is 20 mA. This connection is available for proper extensions and experiments.
IN1 This is a digital input of the locomotion controller. It can read a digital state via a command from the user board. A logical 1 is de-
tected between 3.5 and 5 V/DC; a logical 0 at a voltage lower than 3.3 V/DC. The maximum input voltage of 5 V/DC must not be
exceeded! This connection is available for proper extensions and experiments.
IR The infrared receiver "IR" can either be connected with the jumper "J8" with the locomotion controller (jumper position "IR-M") or
with the user board (jumper position "IR-U"). The receiver makes it possible to receive a 38 kHz infrared signal, e.g., from a univer-
sal remote control or a self-made IR transmitter.
LIVE-LED The blue "LIVE-LED" indicates the status of the locomotion controller. If the locomotion controller is active, this LED flashes in
different states.
USER-LED The red "USER LED" indicates that the PS2-compatible gamepad is activated, and the control commands are now ignored by the
user board.
3.3V & GND Stabilised 3.3 V/DC/400 mA are available at these pins. This connector is available for proper extensions and experiments ("3.3V"
= positive pole, "GND" = negative pole).
The pins are not protected against short circuits! Work carefully here and do not cause a short circuit! This can lead to the
destruction of the pins and the Hexapod Robot Board! This connection is available for proper extensions and experiments.
Figure 79
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