EXB-E10C103J Resistors

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Resistor Networks, Arrays are widely used in many circuit designs, ranging from complex computer control systems to simple household electrical appliances. As one of the more common resistor networks, EXB-E10C103J has been widely used in many fields.

EXB-E10C103J is a fixed-resistance network of 10 resistors. It is composed of 10 resistors of equal resistance value, each resistor has a resistance of 10KΩ. Its structure consists of two rows and five columns, and the A-E pins on the left side are connected in a row, and the 1-5 pins are connected in a row. The result of the connection is that the serially connected resistors are all connected to the bus bar at both ends.

EXB-E10C103J has a wide range of application fields. Firstly, EXB-E10C103J are often used in digital circuit design, such as voltage dividers, signal isolation, impedance matching, etc. Secondly, EXB-E10C103J also plays an important role in the control system. It can be used to connect and divide signals for different circuit design, as well as the power distribution and voltage detection in the system. Thirdly, EXB-E10C103J are also often used in power electronic control systems, playing a role in controlling, regulating, rectifying and filtering.

As for the working principle of EXB-E10C103J, we can further understand it through the Wheatstone bridge principle. The Wheatstone bridge principle uses a network of four resistors to form a bridge connection. One of the resistors R1 is connected in series with another resistor R2. Then two branches of the bridge are connected in parallel to the two ends of the resistor R3, then two center points of the three resistors are connected in series to form the fourth resistor R4. When the R1, R2 and R3 resistances are accurately measured and properly matched, the resistance of the fourth resistor R4 can also be detected.

For EXB-E10C103J, the working process can simply be understood in this way: firstly, the 10 resistors form a bridge connection; secondly, when the resistance of the resistors are precisely adjusted, the current is balanced and relatively balanced voltage is output; finally, the voltage on each pin of EXB-E10C103J is fixed, which is used as an external resistance to control the current flow in the circuit.

In summary, EXB-E10C103J belongs to Resistor Networks, Arrays, which has a wide range of application fields. It works according to the Wheatstone bridge principle, which has been play an important role in many circuit designs.

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