4306H-101-391

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Resistor Networks, Arrays

Resistor networks, arrays, on the other hand, are made up of multiple single resistors connected in various configurations and are used for specific design applications. The 4306H-101-391 Resistor Network is an example of such a component, and this article will discuss some of the features and principles behind its application and operation.

A 4306H-101-391 Resistor Network is a 6-terminal component made up of a series of 10-Ohm resistors connected in a series-parallel configuration with 2 terminal connections from a common ground side of the device. This type of resistor array is designed to offer flexibility in providing multiple precise resistances while saving board space, power, and cost. In general, this makes it well-suited for industrial, commercial, and consumer applications.

The 4306H-101-391 Resistor Network provides 10 fixed resistances, which are preset depending on the model for precise resistance values. These values can be connected in series or in parallel to meet individual circuit needs. The total resistance offered by the 4306H-101-391 is adjustable between 0.272 ohms to 99.4K ohms via the adjustable terminals. This adjustable range is obtained by adding or removing resistance elements within the array.

When selecting a 4306H-101-391 Resistor Network, it is important to consider several important technical specifications. The accuracy of the array is typically 1%, and it is designed to operate under a wide temperature range from -55 degrees Celsius to 125 degrees Celsius. Additionally, it is designed to handle up to 5 watts of power while offering complete protection against voltage and current spikes.

Once the array is integrated into a design, it works based on Ohm’s Law, which states that the voltage applied to the device is directly proportional to the current that will flow through the resistor. In essence, by connecting a voltage source to a resistor, a known amount of current will be caused to flow through the resistors, depending on the resistance value set by the user. This allows the 4306H-101-391 Resistor Network to be used as a current-limiting device in circuits, or as a voltage-equalization device in configurations such as LED lighting.

The 4306H-101-391 Resistor Network is also suitable for use as a filter, providing an effective frequency-dependent attenuation of the applied signal, based on its resistance values. This can be used to reduce noise, such as the electromagnetic interference present in audio and video signals, and to provide isolation between subsystems in a device. The flat response of the array also helps to ensure uniform performance across a wide range of frequencies.

In addition to its uses in many applications, the 4306H-101-391 Resistor Network provides excellent reliability and is greatly preferred over discrete-type resistors due to its space-saving configuration and superior electrical performance. The array offers lower thermal resistance than its discrete counterparts, and is also inherently more rugged and can withstand mechanical shock and vibration better. As such, it is a valuable component in designs that call for superior signal integrity, reliability, and durability over wide temperature ranges.

The 4306H-101-391 Resistor Network is an excellent choice for designers looking for a cost-effective, highly precise, and flexible solution to provide multiple predetermined resistances for a wide range of applications. Its preset resistor values can be combined in series or in parallel, giving users great flexibility in terms of final resistance values. The array also provides excellent protection against voltage and current spikes and electromagnetic interference, allowing designers to achieve reliable, cost-effective performance over a wide range of frequencies and temperatures.

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