ROX07532M0JNEL

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

The ROX07532M0JNEL are resistors available in the through hole, axial leaded package specially designed for applications such as dimming LED lights and motor control. It is a resistor which is designed to be mounted on a printed circuit board and the structure is made up of two heavy gauge and one 0.3 mm epoxy insulated wall resulting in increased thermal management. A through hole resistor offers improved heat dissipation and resistance to temperature change.

The ROX07532M0JNEL is a high-power resistor designed for applications operating at high temperatures. Its resistance is rated at 75-32 Kilo Ohms, making it suitable for controlling motors running at various speeds with up to 3-amps peak current. It has a maximum operating temperature of 175C and can safely operate at up to +150C. The resistor is rated for 1000-hour life and operates from 1 to 6.5 volts.

Application Fields of ROX07532M0JNEL

The ROX07532M0JNEL through-hole resistor is highly efficient and suitable for wide range of applications. It can be used in motor controls, power-controllable LED dimming and any other application where continuous control of power and accurate adjustments are required. Moreover, since it is a through-hole component, it can be securely and permanently mounted onto a printed circuit board.

The ROX07532M0JNEL is popular in the LED lighting market due to its ability to reduce LED brightness in the case of dimming. It is also used in several stage lighting systems and for powering and controlling electric motors. It can also be used for current sensing and control which makes it an ideal component for controlling the speed, length and intensity of a motor.

Working Principle

The ROX07532M0JNEL operates using the same basic principles as other resistors. When voltage is applied to the two leads of the resistor, a current is generated which produces a force between the two electrodes of the resistor, thus allowing for resistance. The magnitude of this resistance will depend on the material used in the resistor, the length of the resistor, as well as the diameter of the leads and body. The higher the value of resistance, the lower the current generated, giving the resistor its characteristic ability to reduce or regulate current.

The ROX07532M0JNEL resistor is designed to maintain its resistance in a wide range of temperatures. It is made of materials that can withstand high temperatures and is insulated with epoxy walls. This allows the resistor to be used in systems that are operating at high temperatures and still maintain its characteristic resistance.

The way in which the ROX07532M0JNEL works is different from other resistors because it relies on the conduction of heat through its walls instead of just through the lead wires. When the resistor gets too hot, the heat is conducted away from the circuits by the material used in the epoxy insulated wall, keeping the resistor in its calibrated temperature range.

Conclusion

In conclusion, the ROX07532M0JNEL through-hole resistor is designed for applications which require current control and accurate adjustments. Its resistance is rated at 75-32 Kilo Ohms, and it has a maximum operating temperature of 175C. It is popular in the LED lighting market due to its ability to reduce LED brightness in the case of dimming, and it is suitable for powering and controlling electric motors. The way in which the ROX07532M0JNEL works is different from other resistors because it relies on the conduction of heat through its walls instead of just through the lead wires, allowing it to be used in systems that are operating at high temperatures without any loss of its characteristic resistance.

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