4610H-104-102/104L

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Resistor Networks, Arrays can be found in a wide range of electronics, from simple circuits like the GPS antenna to complex avionics systems. The 4610H-104-102/104L is a type of resistor network, which is used for a number of applications, most commonly in power supply designs and as an active filter. In this article, we will look at the application field and working principle of the 4610H-104-102/104L.

Form Factor

The 4610H-104-102/104L is a surface mount resistor array and is available in a range of packages suitable for a variety of applications. The most common package for this type of design is an 8-pin dual in-line package (PDIP), with eight 2-pin terminals and a single 2-pin connection on the bottom of the package. The device also has two open-drain outputs for connection to external components, such as a voltage regulator.

Application Field

The 4610H-104-102/104L is mainly used in power supply designs and as active filters. It is suitable for applications such as digital-to-analog converters (DACs), audio amplifiers and frequency-division multiplexing (FDM). The device can also be used in a variety of voltage regulation circuits, such as flyback and buck-boost converters.

Working Principle

The 4610H-104-102/104L is a combination of resistors connected in series between two power sources. Each resistor is adjustable, allowing for the design of complex filter networks. The device is also capable of providing current or voltage limiting, depending on the design of the filter network. The device is protected against input voltage spikes by a transient voltage suppression diode. The adjustment of the resistor network is done via a three-terminal potentiometer connected to each resistor.

Conclusion

The 4610H-104-102/104L is a surface mount resistor array with multiple application fields and a wide range of packages that fit a variety of designs. The device is mainly used in power supply designs and as an active filter, and is capable of providing current or voltage limiting. By connecting a voltage regulator to the device’s open-drain outputs, a wide variety of voltage regulation circuits can be constructed. The adjustment of the resistor network is done via a three-terminal potentiometer connected to each resistor, providing for the design of complex filter networks.

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