ORNV50011002T0

Resistor Networks, Arrays

The ORNV50011002T0 is an interchangeable, chip-type resistor network or array. It is composed of four resistors packaged into a small surface mountable chip. It can be used for the design of low-noise, multiple-output power supplies, as it provides four discrete outputs with controlled matching, which significantly reduces the interactions between output stages. The purpose of a resistor network is to provide additional signal conditioning by adding several resistors with different resistance values in parallel. This creates more flexibility for the design of a circuit.

The ORNV50011002T0 application field and working principle are based around this principle of providing a higher level of control for the design of circuits. It is used primarily for generating multiple voltage levels from a single source. The four resistors are connected to a common source, where each resistor is set to a specific value in order to provide the required voltage level for a particular part of the circuit. This allows designers to utilize a single source of power to multiple parts of the circuit, while maintaining a high degree of control over the voltage levels, which in turn increases the precision of the circuit.

The ORNV50011002T0 is a very popular choice among engineers and hobbyists, as it is feature-rich and provides a wide range of voltage levels and resistances. It also includes an on-chip decoupling capacitor, which reduces interference between the voltage levels while providing superior noise immunity. It provides high-accuracy voltage levels and high reliability, making it suitable for a variety of applications, especially those that require precision control. Additionally, its small size makes it ideal for use in small-scale circuits, allowing engineers to save space.

In summary, the ORNV50011002T0 is an ideal choice for designing precision power supplies, providing a level of control that is difficult to achieve with other types of resistor networks. Its feature-rich design and small size make it ideal for a variety of applications, and its on-chip decoupling capacitor helps to reduce interference and provides superior noise immunity.