RT1710B6TR7

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Resistor Networks, Arrays

The RT1710B6TR7 is a surface mount, through hole, and standard thermally enhanced power resistor network array.

It is composed of six resistors, each with a 10 ohm nominal resistance value and a maximum tolerance of ± 5%. These resistors are connected in a series-parallel arrangement, resulting in an effective resistance of 2.5 ohms for the whole network.

The low resistance value of the RT1710B6TR7 makes it suitable for applications such as current sensing, voltage monitoring, over-current protection, surge protection, and EMI/RFI suppression. The network is also resistant to power cycling, as the resistors are made of high temperature materials.

The RT1710B6TR7 has a working voltage rating of 105V and an 8A rating. It also has an insulation resistance of 1000V RMS at 75°C. The resistance tolerance is ± 5% at 25°C and it is heat resistant up to +185°C.

The RT1710B6TR7 offers several benefits over other types of resistor networks, such as lower thermal resistance and greater reliability. Due to its low thermal resistance, it is capable of dissipating larger amounts of heat generated from the application being used. Additionally, due to its high temperature rating, it is less prone to being damaged by excessive temperatures.

The RT1710B6TR7 is a widely used resistor network and is suitable for many different electronic applications, including power circuits, lighting circuits, LED and low profile systems, automotive, home appliances and more.

The working principle of an RT1710B6TR7 is similar to that of a single-resistor network. It utilizes a series-parallel arrangement of resistors in order to regulate the current flow through a circuit. This regulated current flow is then used to control voltages, dissipate heat, protect sensitive components, and provide EMI/RFI suppression.

The RT1710B6TR7 is a reliable and cost-effective solution for many electronic applications. It is a great choice for any electronic project requiring a simple yet highly effective resistor network.

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