RN70C1002DB14

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are commonplace in a vast array of electronic circuits. They are used to ensure that signals having certain characteristics are not interrupted by external influences. A popular resistor that is often utilized in various electrical circuits is the RN70C1002DB14. This resistor, and others of its types, typically come in a variety of packages, width and resistance values.

The RN70C1002DB14 is a superb choice for a variety of applications due to its high power rating, low temperature coefficient, and tolerance variation of 1% which means that it offers consistent resistance levels. With this level of accuracy, the designation of ‘through-hole’ are applicable to RN70C1002DB14. This means that the resistor will be mounted within a PCB board using a drill hole, with solder applied afterwards on each of its ends. This makes the RN70C1002DB14 an ideal resistor for projects requiring a high level of current capacity, as the through-hole design and termination will ensure excellent connection between the resistor and the board.

The market distinction of RN70C1002DB14 however is its wide range of applications. It can be used to control the flow of current in various high-reliability applications that involve automotive and industry controls, as well as for voltage regulation, signal filtering, and waveform generation tasks. Furthermore, because the resistor type is often seen in audio processing, power amplifiers, and other audio signal applications, RN70C1002DB14 is the recommended choice for low power and high accuracy signal applications.

In addition to its high power rating, the RN70C1002DB14 also operates using a ‘multi-layer, high-temperature tape reel’ construction. This ensures a secure and sturdy device, which, when properly mounted, provides excellent insulation properties and reliability. The combination of this and its small form-factor make this type of resistor ideal for space-constrained projects, or where high-voltage is present.

The working principle of RN70C1002DB14 is simple. When a voltage is applied to the resistor, current passes through it and the heat created in the resistor is dissipated to the atmosphere through what is called the Joule heating effect. The resistor’s resistance value determines the amount of heat created by this process. This resistance value can be adjusted with either manual or automated adjustments, allowing for a more precise level of control over the flow of current.

As a result, the RN70C1002DB14 offers a high level of reliability and accuracy in a wide array of applications. With its impressive power rating, small form factor, and multi-layer construction, it is no wonder why this resistor is frequently seen in automotive and industrial control applications, and for various audio-based projects.

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