RN60C49R9CRE6

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Through Hole Resistors are frequently used in various categories of electrical and electronic assemblies. It is mainly utilized in its twofold performance, as a variable resistor for alternating current and direct current. As a fixed resistor, it is finding widespread applications in a variety of electronics and engineering fields. RN60C49R9CRE6 is a specific example within this type.

RN60C49R9CRE6 is a surface mount through hole resistor that\'s ideally used for adjustment, calibration, and compensation in AC/DC power supply, TV, and digital control systems. It has a lead pin design that allows it to be placed directly into printed circuit boards. The housing is designed to keep the resistor securely in place and reduce expense of relocating the surface mount device. The resistor features a 1550ppm/°C temperature coefficient of resistance and high temperature stability and reliability.

In terms of application, RN60C49R9CRE6 can be found operating in hundreds of electronic designs. These components are most often used in power supplies, motor drives, audio amplifiers, and filter networks. In each of these fields, it provides short circuit protection for sensitive components, as well as load balancing capability in unbalanced power applications.

In terms of technical specifications, RN60C49R9CRE6 has an operating temperature range between -55°C to +125°C. It offers power ratings of 0.5W and a maximum overload capability of 1W. The resistive value of the RN60C49R9CRE6 ranges from 600Ω up to 10MΩ. Other parameters include resistance tolerance and power coefficient.

The working principle of the RN60C49R9CRE6 resistor is based on the basic Ohm’s Law. When the electrical current passes through the resistor, a potential difference is created across it. This electrical potential difference is proportional to the current passing through the resistor. The resistor’s resistance serves to reduce the current passing through it.

The RN60C49R9CRE6 resistor is connected to two terminals. The terminals are typically labeled as “+” and “-”. The “+” terminal is where the current flows into the resistor while current will flow out from the “-” terminal. This electrical current produces a varying voltage drop across the resistor as it travels through it. This voltage drop is dependent on the resistor’s resistance, which in turn is determined by the material the resistor is made of, as well as its geometry. For example, a low resistance resistor has a large voltage drop, while a higher resistance resistor will have a smaller one.

The RN60C49R9CRE6 resistor can be used as a fixed or variable resistor, depending on the circuit in which it is placed. If the resistor’s resistance value is fixed, it is referred to as a fixed resistor. On the other hand, if the resistance value can be adjusted, it is known as a variable resistor. Variable resistors are often used in automatic volume control circuits or as a control knob in an audio amplifier.

In summary, the RN60C49R9CRE6 is a versatile through hole resistor that\'s ideal for applications that require a highly accurate and reliable solution. Its lead pin design allows it to be easily and reliably placed on a printed circuit board. It also offers excellent reliability, stability, and temperature coefficient of resistance. In terms of application fields, it is commonly used in power supplies, motors, and audio amplifiers. The working principle of the RN60C49R9CRE6 is based on Ohm’s Law and produces a varying electrical voltage drop depending on the resistors’ resistance.

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