4814P-3-202/202

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor Networks, Arrays come in various shapes, sizes, and techniques and are used for different applications in electronics devices. The 4814P-3-202/202 is one type that is specifically designed for precision voltage divider and decade converter applications. In this article, we will discuss the field of application and the working principle of the 4814P-3-202/202 resistor network.

The 4814P-3-202/202 resistor network is used for precision voltage divider and decade converter applications. It can be used to share a voltage applied between two nodes evenly or to create a stable voltage reference used in precision measurement applications. The 4814P-3-202/202 can also be used to facilitate high frequency control circuitry with large numbers of resistors.

The 4814P-3-202/202 resistor network is constructed from two independent circuits, each with twelve resistors connected in series. Each circuit provides 20kΩ with 2% tolerance. In addition, the resistor network features an internal adjustable resistance. This allows for the adjustment of the final resistance of either circuit. The 4814P-3-202/202 is also designed to minimize capacitive coupling between the two circuits. This minimizes distortion in measurement applications.

The working principle of the 4814P-3-202/202 is based on the application of a voltage divider. Voltage dividers are used to divide a voltage applied to two nodes. The voltage that will be seen across the nodes is determined by the ratio of the resistors and is given by the equation Vx = V* (R1/(R1 + R2)). As each circuit of the 4814P-3-202/202 has twelve resistors connected in series, each resistor will divide the applied voltage by 12, allowing for precision voltage division.

In terms of decade converter applications, the 4814P-3-202/202 is used to allow for the adjustment of the voltage levels applied to the nodes. This is done by adjusting the fixed resistor of the internal adjustable resistance. This adjusts the resistance of either circuit, which changes the voltage applied across each node. The adjustable nature of the resistor network allows for precise control of the voltage levels applied to individual nodes.

Overall, the 4814P-3-202/202 resistor network has a wide range of applications and is a versatile component. Used in precision voltage and decade converter applications, it can quickly and easily divide a voltage applied across two nodes. Furthermore, its adjustable nature allows for precise control of the voltage levels applied to each node. The 4814P-3-202/202 is a highly reliable and accurate solution for many applications in electronics.

The specific data is subject to PDF, and the above content is for reference