Bricks

- Abmessungen: 23x16x6cm - Transparent

Both of the middle contacts of the plugs are connected to the contacts of the clip. Additionally, there is one clip for the ground.

The battery adapter is used in combination with a 9V block battery to power the circuit. Insert it last, after you checked the circuit again.

Adequate for 9V block battery. Internal self-healing fuse. Notification when overloading: LED turns red.

A button is an electromechanical element which connects when pressed.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 10nF.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 100µF.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 10nF.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 10µF.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 1nF.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 1µF.

The capacitor stores charge. You can think of it as a kind of rechargeable battery. Every capacitor has two important tasks, the capacity and a maximum voltage. This capacitor has a capacity of 33pF.

The capacity of the rotary capacitor can be manually set. With this you can build for instance tunes filters/circuits etc. This type is adjustable in the range 2-30pF and mainly used for fixed adjustments.

The capacity of the rotary capacitor can be manually set. With this you can build for instance tunes filters/circuits etc. This type is adjustable in the range 9.8-60 pF and mainly used for fixed adjustments.

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 10mH. Caution, with this coil high voltages are possible!

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 22µH.

The capacity diode is not just a normal diode, it also provides in reverse direction an electrically controllable capacity. You can use it for instance in oscillator circuits or in other HF circuits.

The germanium diode allows current flow only in one direction, the conducting direction. The other direction is the reverse direction; if the diode is connected in this direction, then no current is flowing. The germanium diode is based on the semi-conductor material germanium, and has particularly favorable properties as rectifier for radios. The special thing is the so-called threshold voltage, which is very low.

The photo diode responds to light: its voltage varies depending on brightness. In more light they become permeable.

The performance silicon diode allows current flow only in one direction, the conducting direction. The other direction is the reverse direction; if the diode is connected in this direction, then no current is flowing.