ORNTA2002AT1 Resistors

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Resistor Networks, Arrays are important components of electrical and electronic equipment, with a wide range of applications. With the rapid development of technology, there are more and more types of resistor networks and arrays, which mainly include ORNTA2002AT1. This article will discuss the application field and working principle of ORNTA2002AT1.

ORNTA2002AT1 is a resistor array composed of two single-ended non-isolated channels. It consists of four single-ended, non-isolated resistors in a standard 0.25“ SIP package, with a high-reliability cutting technology. ORNTA2002AT1 has a resistance range of up to 2000 ohms, and a maximum operating temperature of +125°C. It is designed for various applications that require heat dissipation, such as power systems, automotive electronics, video surveillance and more.

ORNTA2002AT1 is often used in power systems. Power supplies are required to keep a high voltage output stable and to provide a low-impedance source. ORNTA2002AT1 is able to provide low Ohm resistors in series and parallel topologies, which helps to reduce noise and voltage drops in the system. It is able to dissipate large amounts of heat, which is critical for maintaining a safe and stable system.

ORNTA2002AT1 is also commonly used in automotive electronics. In automotive systems, there are many high current electrical components, as well as components that operate at temperatures higher than normal. ORNTA2002AT1 is able to provide reliable, heat-resistant resistors that can support these applications. It is also able to provide low-impedance sources for noise minimization.

ORNTA2002AT1 is used in video surveillance applications as well. Video surveillance systems often require a high level of accuracy and stability, and ORNTA2002AT1 is able to provide non-isolated resistances of up to 2000 ohms. This ensures that the video signal is not distorted and that the system is able to maintain a stable output.

ORNTA2002AT1 has a wide range of applications, which is why it is so popular in the market. The working principle of ORNTA2002AT1 is based on the fact that when a current is passed through a resistor, a voltage is developed which is proportional to the current. This voltage is then used to determine the resistance of the resistor. This is why ORNTA2002AT1 is able to provide reliable, repeatable resistances up to 2000 ohms.

Overall, ORNTA2002AT1 is an important resistor array, with a wide range of applications. It is able to provide reliable, repeatable resistances up to 2000 ohms, and is designed for applications that require heat dissipation. It is used in power systems, automotive electronics and video surveillance applications, and its working principle is based on the fact that when a current is passed through a resistor, a voltage is developed which is proportional to the current.

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