SF002B13K3/120KFB

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Resistor Networks, Arrays

Resistors form one of the basic building blocks of electrical and electronic circuits.Resistor networks and arrays can provide benefits for both designers and users, offering flexibility, cost-efficiencies and space savings.

The SF002B13K3/120KFB resistor network is a prime example of this type of component. It comprises a circuit board, which can provide a standardised, controlled resistance value, as well as facilitate a fixed-value range over-current-condition, and maintains the accuracy over full range of operating temperatures.

Application Field

Due to its self-extinguishing and flame-retardant properties, SF002B13K3/120KFB is suitable for general-purpose control applications. It is ideal for a wide range of aplications, such as automotive, industrial, commercial and consumer electronics. It can be used for controlling and protecting circuits, as well as in monitoring and controlling applications.

Working Principle

The SF002B13K3/120KFB has a series network array, with multiple cells connected in series to form a total resistance value. The device has both a control and a sense connection. When operating, the control input puts the cells in series, while the sense connection monitors the current across the cells. This allows the device to maintain a precise resistance value based on the total current passing through it.

The circuit has an in-built safety feature which increases the resistance when the current value rises above a preset value. This effectively acts as an over-temp fuse and protects both the circuit and the device from damage. The device also has an adjustable trigger voltage, which is used to adjust the preset voltage level.

Advantages

The SF002B13K3/120KFB has a number of advantages over traditional resistors. Firstly, its design is much simpler and more compact, allowing it to fit into tight spaces. Secondly, its series network array enables it to provide a range of resistance values with a common voltage level. Thirdly, the device has built-in safety features which help to protect it from over-current and over-temperature conditions. Fourthly, the adjustable trigger voltage allows for precise calibration of the voltage level.

In addition, the device is both reliable and cost-effective, and its self-extinguishing and flame-retardant properties mean that it is suitable for most applications. All these factors combine to make the SF002B13K3/120KFB an ideal choice for a wide range of control applications.

Conclusion

Resistor networks and arrays are becoming increasingly popular, as they combine a number of advantages over traditional resistors. The SF002B13K3/120KFB is a good example of this type of component, as it offers high levels of accuracy, robustness and cost-effectiveness. It is suitable for a wide range of control applications, and its built-in safety features will ensure it is always protected from potential damage. All these factors make the SF002B13K3/120KFB an ideal choice for applications which require precise control.

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