RNX050150MFKR7 Allicdata Electronics
Allicdata Part #:

RNX050150MFKR7-ND

Manufacturer Part#:

RNX050150MFKR7

Price: $ 0.85
Product Category:

Resistors

Manufacturer: Vishay Dale
Short Description: RNX-1/2 150M 1% T-1 RE7
More Detail: 150 MOhms ±1% 1.2W Through Hole Resistor Axial Fla...
DataSheet: RNX050150MFKR7 datasheetRNX050150MFKR7 Datasheet/PDF
Quantity: 1000
1500 +: $ 0.77457
3000 +: $ 0.75938
Stock 1000Can Ship Immediately
$ 0.85
Specifications
Series: RNX
Packaging: Tape & Reel (TR) 
Part Status: Active
Resistance: 150 MOhms
Tolerance: ±1%
Power (Watts): 1.2W
Composition: Metal Oxide Film
Features: Flame Proof, High Voltage, Safety
Temperature Coefficient: ±100ppm/°C
Operating Temperature: -55°C ~ 225°C
Package / Case: Axial
Supplier Device Package: Axial
Size / Dimension: 0.140" Dia x 0.540" L (3.56mm x 13.72mm)
Height - Seated (Max): --
Number of Terminations: 2
Failure Rate: --
Description

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Through Hole Resistors

The RNX050150MFKR7 is a type of Through Hole Resistor, which is basically a metal, cylindrical component that is used to limit the amount of current running through a circuit. It is a low-cost and easy-to-integrate solution that adds protection against excessive current and voltage in any device, enabling safe and reliable operation. Through-hole resistors provide basic protection for sensitive components in a circuit that are vulnerable to high currents. They also provide improved performance in digital applications due to their fast switching times and high accuracy.

Application Field of RNX050150MFKR7

The RNX050150MFKR7 is normally used in circuits where it needs to control the amount of current running through it, to reduce power dissipated from a device, or as an active component to reduce power dissipated from a device such as a motor. When properly incorporated in a circuit, this type of resistor reduces the current, providing protection against over-current, and also provides precise current regulation, depending on the resistor’s value.

It can be found in various industrial applications and consumer electronic devices. Being a through hole resistor, it is commonly used in power supplies and power supply circuits as well as in automotive component testing. Additionally, the RNX050150MFKR7 is also used in digital and analog circuits, such as audio-visual equipment, wireless network systems, communication systems, and motor-driving circuit boards.

Working Principle of RNX050150MFKR7

A Through Hole Resistor like the RNX050150MFKR7 utilizes Ohm’s Law to limit the amount of current passing through it. This law states that the current passing through a resistor is proportional to the voltage across it. Therefore, when the voltage across a resistor is increased, the current through it is also increased. By appropriately setting the resistor value, the current passing through the circuit can be limited.

The RNX050150MFKR7 typically has a tolerance rating of ± 1%, meaning that it will only pass current values within this range, allowing for precise current regulation. In addition, this resistor has a maximum operating temperature of 125°C and a power rating of 2 watts, allowing it to handle higher amounts of current compared to other types of resistors.

The RNX050150MFKR7 is manufactured using metal resistive material, which has a smooth surface and low power dissipation values. This helps ensure that the resistor does not overheat and does not damage the sensitive components in a circuit. It also helps reduce the noise levels generated by the resistor.

Conclusion

The RNX050150MFKR7 Through Hole Resistor is an effective and low-cost solution for providing protection against high current and voltage levels. This type of resistor can be used in a variety of industrial and consumer electronic applications, including power supplies, automotive component testing, audio-visual equipment, wireless networks, communications systems, and motor-driving circuit boards. It has a ± 1 % tolerance rating and a maximum operating temperature of 125°C, along with a power rating of 2 watts, allowing it to handle large amounts of current without overheating or damaging sensitive components in a circuit.

The specific data is subject to PDF, and the above content is for reference

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