Filament set - Rosa3D Refill PLA-CF Matt Home Decor 1,75mm 4x 1kg
Set - Creality Hi 3D Printer + 4x Creality Hyper PLA Filament
Pakiet filamentów Devil Design - czarno-biały PLA Duo - 2szt.
Jumpers applied to electrical pins are great method of configuration in the hardware area of electronic circuits, ranging from small electronic circuits, through various types of controllers, computer components to complex multiprocessor systems are.
Electric cube 3pin 10A/250V in case with strain relief boots
The 3-pin electric cube allows you to connect the wires with a voltage of 250 V with the flow of current up to 10 A. The maximum diameter of the cable is 3 mm. The whole is...
Electric case 2pin 10A/250V in case with strain relief boots
The 12-pin electric cube allows you to connect the wires with a voltage of 250 V with the flow of current up to 20 A. Connection pitch is 10.5 mm, the maximum diameter of...
Quick couplings UY 4CI-2006 - 5pcs
Quick connectors are used to connect two veins of the cables with a diameter of 0.5 mm. Gel-filled for protection from corrosion and moisture. Price for 5 pieces.
Electric cube 3pin 32A/400V - PCT-213 - orange - 5pcs.
The 3-pin electric cube allows you to connect the wires with a voltage of 400 V with the flow of current up to 32 A in a simple way, without the need of using the tools.
Electric cube self-locking 3 pin 2mm 10A/380V
The 3-pin self-locking electrical cube allows for the connection of cables with a voltage of 380 V with a current flow of up to 10 A . The connection grid is 10 mm, the...
Electric cube 2pin 32A/400V - orange - 5pcs.
The 2-pin electric cube allows you to connect the wires with a voltage of 400 V with the flow of current up to 32 A in a simple way, without the need of using the tools.
Electric cube 12pin 12mm 20A/250V
The 12-pin electric cube allows you to connect the wires with a voltage of 250 V with the flow of current up to 20 A. Connection pitch is 10.5 mm, the maximum diameter of the...
Electric cube 12pin 16mm 30A/250V
The 12-pin terminal block allows to connect together wires with voltage of 250 V with current flow of up to 30 A. Raster of connections is 13 mm, maximum diameter of the cable...
Electric cube 4pin 32A/400V - orange - 5pcs
The 4-pin electric cube allows you to connect the wires with a voltage of 400 V with the flow of current up to 32 A in a simple way, without the need of using the tools. Items...
Electric cube 12pin 6mm 5A/250V
The 12-pin electric cube allows you to connect the wires with a voltage of 250 V with the flow of current up to 5 A. Connection pitch is 8.5 mm, the maximum diameter of the...
Electric cube 12pin 8mm 10A/250V
The 12-pin electric cube allows you to connect the wires with a voltage of 250 V with the flow of current up to 10 A. Connection pitch is 10 mm, the maximum diameter of the...
Electric cube 12pin 4mm 3A/250V
The 12-pin electric cube allows you to connect the wires with a voltage of 250 V with the flow of current up to 3 A. Connection pitch is 8 mm, the maximum diameter of the cable...
Set of connectors and sleeves - 150 pcs.
Set includes insulated male, female, ring, fork connectors, and links and bushings.
Electric cube 3pin 8A/450V in case
The 3-pin electric cube allows you to connect the wires with a voltage of 450 V with the flow of current up to 8 A. Connection pitch is 8 mm, the maximum diameter of the cable...
Electric cube 2pin 8A/450V in case
The 2-pin electric cube allows you to connect the wires with a voltage of 450 V with the flow of current up to 8 A. Connection pitch is 8 mm, the maximum diameter of the cable...
See also
A jumper is an element commonly used in electronics, also known by its English name - jumper. A jumper is nothing more than miniature metal female plugs connected together. From the point of view of the electrical circuit, they constitute a short circuit. The most common and standardized type of jumper is a two-pin jumper with a pin pitch of 2.54 mm, in which the metal plugs are covered with plastic on the outside, ensuring insulation of the jumper from the surrounding electronic components. Everyone who has assembled a desktop computer at least once, when starting it for the first time, selected the appropriate configuration, e.g. on the motherboard or in the hard drive connected to it using jumpers. Placing a jumper on the electrical pins, i.e. closing the electrical circuit, activates certain functionalities, such as determining the processor clock frequency or the supply voltage value. Jumpers are often used to reset the configuration of the electronic system, restoring it to factory settings, where, for example, using a button instead could cause this process unintentionally and in a manner unintended by the user.
Trends in consumer electronics, especially in the area of computers and their accessories, are developing towards the use of solutions that have been with us for a long time, and we are talking about plug and play. Software auto-configuration capabilities of devices make their operation easier for the user. On the other hand, many specialists still use jumpers and electrical pins due to the greater resistance of hardware configurations than software. An error unforeseen by the programmer may occur in the program, while the jumper provides a clear choice in the configuration, and we do not need a keyboard or display to change it.
Even though a jumper is a very simple electronic element, its versatile use in electronic systems has resulted in the appearance of jumpers in various colors on the market, which facilitates their identification or division of functions in a given electronic system. There are also jumpers with an elongated housing that facilitates their use, e.g. without the use of forceps or tweezers.
Jumpers are elements that enable easy opening, closing and bypass of electronic circuits located on printed circuit boards . This makes it possible to quickly configure hardware parameters.
The CMOS jumper on the motherboard of a mobile computer is usually located near the battery, although this depends on the laptop model. Changing it appropriately allows you to reset the BIOS (to do this, you need to move it from the default position).
The correct setting of the jumpers on the disk can be found in the technical documentation provided by the manufacturer. It is generally not recommended to move the jumpers from their default position.
Speaker jumpers with parameters recommended by the equipment manufacturer should be used in audio columns.
