ORNA1003AT1

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Resistor networks and arrays are electronic devices composed of many interconnected resistors. They are widely used in a variety of applications including power and signal management, impedance matching, and protection. ORNA1003AT1 is a type of resistor network that combines both surface mount and through-hole components into one package. It is capable of providing up to 270 ohms of resistance at 100 mA. This makes it ideal for applications requiring high-current, low-impedance load protection.

The ORNA1003AT1 is a 3-pin, SMT resistor network. It has an oblong shape with two pins at either end and a center pin. The center pin is connected to ground, while the other two pins are connected to 270 ohms of resistance at 100 mA. The overall size of the component is 7.9mm x 4.0mm, making it perfect for use in compact, space-sensitive applications.

The ORNA1003AT1 is well suited for a variety of power and signal management applications. It can be used in power filtering circuits that supply steady current to downstream components, as well as in noise-sensitive signal paths that require low-noise operation without the need for active components. In addition, the ORNA1003AT1 offers excellent thermal performance and high current handling, making it ideal for use in power conditioning applications as well.

The working principle of the ORNA1003AT1 is based on the use of thin-film resistors embedded in the conductive polymer-housed material. This material helps minimize the thermal noise and reduce energy losses. Additionally, the device can self-regulate its impedance to provide more efficient current flow. This is done by having the resistors dynamically adjust to changes in load current, thereby maintaining a constant resistance value.

The ORNA1003AT1 is ideal for applications requiring a high-current, low-impedance load protection solution. It offers excellent thermal performance, high current handling, and adjustable resistance values, making it perfect for a wide range of applications such as power and signal management, impedance matching, and protection. Its small form factor and ease of integration make it an excellent choice for design engineers seeking a reliable and cost effective solution.

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