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Resistor Networks, Arrays

A resistor network, often called a resistor array, is a network of multiple resistors combined in a single package device. The resistors can be connected either in series, parallel, or both. This type of device is highly advantageous and has a variety of applications. One well-known example of a resistor network is the L101S104LF, which is a specific type of high-frequency surface-mount resistor. It is commonly used in mobile devices and other electronic applications.

L101S104LF Application Field

The L101S104LF is a high-frequency surface-mount resistor, designed for use in the cellular and Wi-Fi/LTE applications. It is a monolithic resistor network that incorporates two temperature-stable thin-film resistors in a package. This feature is useful because it minimizes extra capacitance and thermal noise. The device also has a highly reliable construction and is designed to perform in a wide temperature range, making it suitable for use in different kinds of applications.

L101S104LF Working Principle

The L101S104LF is a high-frequency surface-mount resistor with an integrated temperature-stable thin-film resistors. It is composed of two resistors, connected either in series or in parallel. The resistors in the L101S104F network are connected by pins or metal tabs which are spaced away from the internal resistors and exposed on the outside of the package. This design allows for smaller network packages with lower capacitance and improved thermal conductivity.

The resistor network contains two temperature-stable resistors that are joined in series or parallel, depending on the device. Each resistor in the network is responsible for a specific load or resistance. The networks have a low dielectric loss and temperature drift characteristics to ensure a high level of performance. This device typically features a low thermal noise, low parasitic capacitance, and fast response time, making it suitable for various types of applications.

Conclusion

In conclusion, the L101S104LF is a high-frequency surface-mount resistor that is a component of a resistor network. It is a monolithic resistor network with two temperature-stable thin-film resistors, and is mainly used for cellular and Wi-Fi/LTE applications. The device has a highly reliable construction and is designed to perform in a wide temperature range, with a low profile to reduce disturbances. Its two resistors can be connected either in series or parallel, and features excellent thermal noise, low parasitic capacitance, and fast response time. Therefore, this device is very suitable for high-frequency applications.

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