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4114R-1-333 Application Field and Working Principle

The 4114R-1-333 resistor array is a standard component used in many electronics applications. The part is composed of four, nine-pin, dual-in-line packages, each containing three resistor elements. Each resistor element is fixed in value (4.7K ohms) and linked together in parallel, making the total resistance of the array to be 1/3 of 4.7K ohms, or 1.57K ohms.

The array has ten leads, six on each side of the package. Each of the inner four leads is connected to each of the resistor elements within the array. The outer leads are connected in series, forming the entire array of resistors. The resistance can be varied by shortening the leads connected to the other side of the array.

The resistance array is used in designs where designers need to use a low-resistance value (typically between 4K to 8K ohms) in a limited placement area. It’s also used to reduce microphonic and parasitic noise. The array is also useful for connecting multiple devices at low resistance and/or creating a variety of filter networks.

The 4114R-1-333 application is versatile and can be applied to many different areas. In consumer electronics, it’s commonly used in digital cameras, audio systems, amplifiers, and various types of switching circuits. In automotive electronic systems, it’s often used for speed and engine control systems, climate control systems, and audio systems. It’s also used as a grounding element in many circuit boards used in telecommunications, aerospace, and medical industries.

Working Principle of the 4114R-1-333 Resistor Array

The 4114R-1-333 resistor array works by connecting four 4.7K ohm resistors in parallel, creating a single, low resistance path. The inner four leads of the array are connected to each of the four resistors in the array, and the outer two leads are connected in series. By routing current through a series of resistors, a predictable resistor value is obtained.

The 4114R-1-333 is considered a "fixed" resistor array, meaning that the resistance of the array is fixed regardless of the amount of current flowing through it. This makes it ideal for use in many different applications, as its resistance is not affected by temperature or other environmental conditions. This makes the array less prone to failure due to temperature variations, and it eliminates the need for additional components to compensate for changes in resistance.

The 4114R-1-333 is also a robust component, and it can handle a wide range in current flows. This makes it suitable for a variety of devices and circuits, such as power supply circuits, amplifier circuits, motor control circuits, and other applications where current flows of higher values are required.

Conclusion

The 4114R-1-333 is a resistor array that is used in many different electronics applications. The part is composed of four, nine-pin, dual-in-line packages, each containing three resistor elements. By connecting the elements in parallel, it creates a single, low resistance path. This makes it ideal for use in applications where resistance needs to be fixed, and/or where high current flows are expected.

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