ORNV20022502T3

Resistor networks are electrical components that can be used to control electronic circuitry such as transistors, capacitors, and integrated circuits. The ORNV20022502T3 is a low-profile, dipotom resistor network that can be used to create a specific voltage or resistance level in an electronic circuit. It is a fully integrated surface mount device (SMD) that is commonly used in power management, audio, video, and lighting applications. In this article, we will discuss the application field and working principle of the ORNV20022502T3.

Application Field

The ORNV20022502T3 is a highly versatile SMD resistor network that can be used in a variety of applications. It is commonly used in power management, audio, video, and lighting circuits. For example, it can be used to adjust the voltage level of a power supply, adjust the gain of an audio amplifier, or set the brightness of a light. Additionally, it can be used to create low-pass and high-pass filers for audio/video signals, or for load sharing between multiple power supplies.

The ORNV20022502T3 is a low-profile package that is ideal for space-constrained applications. It has a height of only 0.6mm, and its small footprint makes it easy to place in tight spaces without sacrificing performance. The device is available in a range of wattage ratings, including 2W, 3W, 4W, and 5W, making it well suited for applications with large power requirements.

The ORNV20022502T3 is compatible with reflow soldering processes and is rated to withstand temperatures up to 260°C. It is also available in lead-free and halide-free versions, making it suitable for applications requiring high environmental standards.

Working Principle

The ORNV20022502T3 is a combination of thin-film resistors in a low-profile package. It has two sections, the upper and lower sections, which are connected by a central bridge. The upper section consists of two resistors connected in series, while the lower section consists of two resistors connected in parallel. The two sections are connected by a bridge that is connected to the external power supply.

The ORNV20022502T3 can be used to create either a voltage divider or a current divider. In a voltage divider application, the resistors on the upper section will create a specific voltage level between the two pins on the upper section. In a current divider application, the resistors on the lower section will create a specific resistance level between the two pins on the upper section.

The device also acts as an impedance matching network. The impedance matching network reduces the voltage differences between different circuits, allowing them to communicate more efficiently. For example, the ORNV20022502T3 can be used to match the impedance between an amplifier and a speaker, or between different components of a video signal.

Conclusion

The ORNV20022502T3 is a versatile and low-profile dipotom resistor network that is used in power management, audio/video, and lighting circuits. It can be used to create a specific voltage or resistance level, and it also acts as an impedance matching network. The device is available in a range of wattage ratings and is compatible with reflow soldering processes, making it suitable for a wide variety of applications.