OM4735E-R58

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Omron\'s OM4735E-R58 through-hole resistor kit offers the ability to customize and meet customers\' needs in an array of ranges and styles. It is a perfect solution for when one connector isn\'t sufficient or when the designer needs extra room for additional components. As a thick film resistor array, the OM4735E-R58 contains eight resistors per package.

Omron OM4735E-R58\'s thick film resistor array is gold plated and features a copper-clad steel package with eight pins. The kit components can be combined to form the desired resistance values. The resistor array packs a punch with a low noise and stable performance over a wide frequency range. It also has a capacitance of 1.5 pF and a voltage rating of 125V.

In terms of applications, OM4735E-R58 is often used in telecom and networking equipment, automotive, industrial, and medical applications. It also finds its place in several consumer electrical and electronic products such as microwave ovens, audio-visual equipment, and power supplies. The resistor array is designed to operate in temperatures ranging from -55°C to 125°C, making it ideal for a wide range of industrial and automotive applications.

At its core, the working concept behind the OM4735E-R58 begins with the Ohm\'s law. This law states that the voltage in an electrical circuit is equal to the current multiplied by the resistance. This means that in order to maintain stability, the level of voltage, resistance, and current must be balanced. To this effect, the OM4735E-R58 is composed of eight resistors, each of which is responsible for maintaining stability at specific levels of current, voltage, and resistance.

As a resistor array, the voltage level is maintained by the thickness of the film, which is gold plated. This enables the very small levels of current and voltage to be maintained with greater accuracy as compared to other resistors. The resistance is maintained by the position of the pins as well as the combination of eight resistors. Any change in the position of the pins or alteration to the combination of resistors will affect the resistance.

Finally, the current levels are maintained by the combination of eight resistors that form the OM4735E-R58 array. This combination of resistors will determine the total amount of current that passes through. Any alterations to the combination will affect the amount of current that passes through, thus altering the current level.

For example, if one of the resistors in the array is removed, the current that passes through will decrease. Conversely, if a resistor is added, the current levels will increase. This is why the combination of eight resistors has such a huge role in determining the current, voltage, and resistance levels in an electrical circuit.

Overall, the Omron OM4735E-R58 through-hole resistor kit is a highly useful component for any electronic device application. Its small size and combination of 8 resistors provides optimum stability across a wide range of current and voltage settings. This versatility makes the OM4735E-R58 valuable in many telecom, automotive, industrial, and medical applications. With its special design, it is a perfect way to customize your electrical systems.

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