MDP16013K30GE04

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Resistor networks, arrays, and the MDP16013K30GE04 are frequently used in a variety of applications thanks to their versatility. In this article, we will discuss the applications and working principle of the MDP16013K30GE04.

MDP16013K30GE04 Overview

The MDP16013K30GE04 is a non-inductive resistor network, or array. It is constructed with a gold-plated copper base for superior electrical properties and excellent heat dissipation. The package contains 25 resistors in a compact 5x5 array. The resistors are arranged in a matrix configuration and are rated at 33kΩ each.

The MDP16013K30GE04 is also available in different resistance values such as 10kΩ, 16kΩ, 25kΩ, and 33kΩ. The array is also available with a tolerance of ±5%, ±1%, and ±2%.

Applications of MDP16013K30GE04

The MDP16013K30GE04 is commonly used in a wide variety of applications including motor control, signal processing, and power supply. They are used in automotive, industrial, and consumer electronics applications.

The circuit can also be used to reduce cost and improve performance in a variety of applications. The array offers a stable resistance value over large temperature changes and good frequency characteristics. This makes them ideal for use in high frequency switched mode power supplies.

The array is also used in digital filter and switched mode amplifiers due to its low noise and distortion levels. It also offers a high degree of precision and can be used for precision measurement and control applications.

Working Principle of MDP16013K30GE04

The MDP16013K30GE04 utilizes a non-inductive resistor network, or array. It is constructed with a gold-plated copper base for superior electrical properties and excellent heat dissipation. Each resistor is rated at 33kΩ and connected in a matrix configuration, forming a 5x5 array.

The array provides stable resistance values over temperature extremes, frequency of application, and voltage waveform. This allows the array to maintain a highly accurate resistance value throughout its useful life. The array also features a very low on-resistance, which helps to reduce the power dissipation.

The array is also designed to reduce costs and improve performance. The resistors are connected using a low-cost material and can be assembled quickly. This makes them more affordable to manufacture.

The array also features a very low noise and distortion levels. This helps to reduce unwanted interference and provides superior signal integrity. The array also provides excellent thermal stability, which helps to reduce thermal expansion effects.

Conclusion

The MDP16013K30GE04 is a non-inductive resistor network that is commonly used in a variety of applications. The array features a gold-plated copper base for superior electrical properties and excellent heat dissipation. It is also available in various resistance values and tolerances to suit the application’s requirements. The array offers excellent frequency characteristics, low noise and distortion levels, and good thermal stability. This makes it ideal for use in motor control, signal processing, and power supply applications.

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