C3AR16JT

Series:	C, CGS
Packaging:	Tape & Box (TB)
Part Status:	Active
Resistance:	160 mOhms
Tolerance:	±5%
Power (Watts):	3W
Composition:	Wirewound
Features:	--
Temperature Coefficient:	±200ppm/°C
Operating Temperature:	-55°C ~ 200°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.224" Dia x 0.512" L (5.70mm x 13.00mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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Through Hole Resistors - C3AR16JT Application Field and Working Principle

Through hole resistors are among the most reliable and stable of all electrical components due to their design that sinks heat away from where resistors elements are located and also offers the capability of utilizing multiple cooperating resistors in a way that minimizes inductive interaction between them. Through hole resistors are surface mountable and provide superior compliance for placement into tight spaces due to their axial design. As such, they are widely used in a variety of electronic products such as smartphones, computer systems, and medical devices. The C3AR16JT through hole resistor is one type of through hole resistor that offers resistors with low form factor ceramic bodies, properties ideal for any medical device assembly. This paper will explore the application field and working principle of the C3AR16JT through hole resistor.

Application Field

The C3AR16JT through hole resistor is designed specifically for high-performance medical equipment, emitting devices, cutting tools, power supplies, instrumentation, and telecom equipment. It is designed to meet the highest standards of medical-grade components, having a wide range of power ratings between 0.0625W to 5W, from 0R to 10MΩ of resistance, and a characteristic temperature stability of 300ppm/°C. The C3AR16JT is capable of providing an effective resistance against high-powered voltage and also offers low temperature drift for better performance.

Working Principle

The C3AR16JT through hole resistor works by converting electrical energy into heat energy with an added resistance. It does this through the resistive elements inside the resistor. The resistive element has an energy-dissipating element typically made of ceramic, a resistive track, and two electrodes positioned at either end of the resistive element. When an electrical current passes through the resistor, it is absorbed by the resistive element, creating heat, and this heat is sunk away from the resistor and dissipated through the metal electrodes. The metal electrodes also help to keep the insertion of the resistor secure, in order to minimize potential short circuits from occurring.

Conclusion

As demonstrated above, the C3AR16JT through hole resistor is a highly reliable and stable resistor designed for a variety of medical and industrial applications. Its low form factor ceramic body is ideal for use in medical device assembly, providing excellent compliance, power ratings, resistance, temperature stability, and energy-dissipating properties. With its superior design, C3AR16JT through hole resistors are able to provide reliable electrical performance in even the most demanding medical and industrial conditions.

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