EXB-24V102JX Resistors

Resistor networks and arrays are important components in various electronic systems. The EXB-24V102JX is a specific type of resistor network consisting of 10 resistors, arranged in two sets of four resistors and a central pair. This arrangement is generally referred to as a three-terminal device, due to its two resistor sets and a central terminal.

The main purpose of the EXB-24V102JX is to set a specific voltage drop across a single load placed between its two external terminals. To achieve this, the individual resistor values of the four external resistor sets are combined to generate a predetermined voltage drop across the load. This allows the user to maintain a stable voltage level at the load even when the applied voltage deviates within a given range.

The three-terminal arrangement of the EXB-24V102JX makes it suitable for a variety of application fields. It is widely used in power supplies, motor drives, voltage regulators, and circuit protection systems. Due to its low cost and ease of installation, the EXB-24V102JX is a popular choice in industrial, automotive, and consumer electronics schemes.

In terms of operation, the EXB-24V102JX accepts an input voltage by connecting it to the two ends of the resistor sets. This voltage is then divided by two through the internal divider circuit, generating a half-wave voltage reaching the middle terminal. This middle terminal, also known as the reference voltage, is the reference point of the voltage drop generated by the resistor network.

Subsequently, the two external terminals then generate a resistance potential that is equal to the reference voltage. This allows the load connected to the two external terminals to receive a constant voltage, regardless of the fluctuations on the input voltage. Thus, the EXB-24V102JX allows the regulation of output voltage to a certain degree, depending on the resistor values in the resistor network.

In conclusion, the EXB-24V102JX is an efficient integrated resistor network used in various application fields. It is extremely useful in providing a constant voltage output while maintaining a low cost. Furthermore, its three-terminal arrangement ensures an even voltage drop across the load connected to it.