RTR24DX501M

Series:	Trimpot® RT24/RTR24-Sealed
Packaging:	Tube
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Resistance:	500 Ohms
Power (Watts):	0.75W, 3/4W
Tolerance:	±5%
Temperature Coefficient:	±50ppm/°C
Number of Turns:	25
Adjustment Type:	Side Adjustment
Resistive Material:	Wirewound
Mounting Type:	Through Hole
Termination Style:	PC Pins
Size / Dimension:	Rectangular - 0.375" x 0.150" Face x 0.375" H (9.53mm x 3.81mm x 9.53mm)

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Introduction

Trimmer potentiometers, usually referred to as trimpot, or trimming potentiometers, are small adjustable precision potentiometers used to set up gain and offset voltages, calibrate input and output levels, and make adjustments in circuit design. In this article we will discuss the application field and working principle of the RTR24DX501M, one of the more commonly used trimmer potentiometers.

Application Field of RTR24DX501M

The RTR24DX501M is a trimmer potentiometer that is used for various applications such as factory-level zero-point adjustment of various analog sensors, 1-time gain control circuit, power supply control, frequency adjustment of various instruments, etc. It is also used in volume control, industrial automation, interfacing, and signal conditioning.

Advantages of RTR24DX501M

The RTR24DX501M has several unique advantages compared to other trimmer potentiometers. First, it has a long life cycle due to its Honeycomb Termination Technology which ensures that its conductive elements do not produce any abrasion or contact oxidation. Second, its high precision construction allows for high accuracy of output. The trimpot also has a maximum power rating of 250mW, making it suitable for applications requiring higher power. Finally, the mechanical structure of the trimpot is designed to keep its form stable during operation.

Working Principle of RTR24DX501M

The RTR24DX501M is a 3-dimensional trimpot, with three terminals: a actuator pin, a wiper pin, and a common pin. The common pin is used as the ground or reference for the trimpot, and the two remaining pins control the resistance. The resistance between the two pins is determined by the position of the wiper pin along the resistance element. When the actuator pin is moved, either clockwise or counterclockwise, it moves the wiper pin along the resistance element, adjusting the resistance between the terminals.

Conclusion

Trimmer potentiometers are versatile and widely used components in a variety of different types of electronics. The RTR24DX501M is one such trimmer potentiometer, the application field and working principle of which have been outlined in this article. Its long life cycle, high power rating, and precise construction make it an ideal choice for many applications that require adjustable precision.

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