Sonstige

Brick to integrate external I²C sensors and actuators in circuits including Arduino / Banana bricks as in our coding set. The brick has a precise, stable voltage of 5V and 3,3V for the sensors. The internal voltage sources can be used with a total of 100mA to provide the sensors. The brick's supply voltage is 9V.

Incremental encoders are often used in rotary encoders. There are two phase-delayed contacts that enable you to change the direction of rotation with a processor. When you press a button, a non-holding button is closed additionally.

WLAN 802.11 b/g/n Standard - 7x digitale I/Os (I2C, SPI, Tx/Rx) - 5V Logik - 2x analoger Eingang intern, 10bit, max. 10V - 1x I2C (MCP3421), 18bit, max. 20V Integrierte Programmierschnittstelle (Micro USB to UART) Pinheader für I2C (z.B. für Display)

Das Elektronik-Set enthält eine Spule mit einer Induktivität von 3,3µH. Die Induktivität einer Spule ist deren physikalische Eigenschaft. Induktivitäten treten nur dann auf, wenn sich der Stromuss verändert. Bei konstanter Spannung verhält sich eine Spule wie ein ohmscher Widerstand. Eine Induktivität von 1H gibt an, dass bei einer Stromussänderung von 1A innerhalb einer Sekunde eine Spannung von 1V induziert wird. Bei dieser Spule wird eine Induktionsspannung von 1V nach 3,3µs erreicht, wenn die Stromänderung 1A beträgt. Die Anzapfung wird für die Verwendung von Teilinduktivitäten beschaltet.

OLED: Organic light-emitting diodes There are exactly 64x48 light-emitting diodes arranged in a matrix that can be controlled by commands via the I2C. This way, multiple line texts and simple monochrome graphics can be displayed.

A coil is defined by its so-called inductance. In our design it can be used to build filters or oscillating circuits. Coils try to keep the current, which is flowing through them and change the voltage applied. In this way they can also be used to transform voltage. The inductance of this coil is 100µH.

A coil is defined by its so-called inductance. In our design it can be used to build filters or oscillating circuits. Coils try to keep the current, which is flowing through them and change the voltage applied. In this way they can also be used to transform voltage. The inductance of this coil is 22µH.

With the quartz you can generate electric oscillations with a certain frequency. For this quartz the frequency is 13.56MHz.

A coil is defined by its so-called inductance. In our design it can be used to build filters or oscillating circuits. Coils try to keep the current, which is flowing through them and change the voltage applied. In this way they can also be used to transform voltage. The inductance of this coil is 10µH.

A coil is defined by its so-called inductance. In our design it can be used to build filters or oscillating circuits. Coils try to keep the current, which is flowing through them and change the voltage applied. In this way they can also be used to transform voltage. The inductance of this coil is 10mH. Caution, with this coil high voltages are possible!