WW1JT1K50

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The WW1JT1K50 through hole resistor is a widely used type of component seen in various applications in numerous electronic circuits. This type of resistor is a leaded resistor that is very important for preserving and protecting the electronic circuits from any overloading or current heating issues. This type of resistor is usually composed of two ends, tinned copper leads and a cylindrical body, also called as a core. The core contains a resistor network in order to reduce the amount of current that passes into the electric circuit.

The WW1JT1K50 in particular is a small sealed, circular wirewound through hole resistor. It is basically made up of a high temperature stable resistive element and tinned copper leads, which are connected is series to each other on the same core. The WW1JT1K50 has two lead wires which can be used for soldering into the PCB or other type of boards. The tinning of the leads provides superior adhesion, so it can be soldered to a variety of materials. The resistor core of the WW1JT1K50 is composed of a metal alloy made up of manganese dioxide and ferrochrome. This type of resistor has an insulation sleeve, which is made of a PTFE (polytetrafluoroethylene) insulation material that is heat resistant and prevents the heating up of the resistor. The core of the resistor is also provided with an epoxy seal that avoids any type of contamination or leakage to the outside of the resistor.

The WW1JT1K50 has many applications in various types of electronic circuits. It can be used as a current limiter in many circuits that involve a low voltage power source. It is widely used in automotive and medical electronic systems, which require a precision resistor that has a temperature coefficient of about -0.6ppm/oC. Moreover, its epoxy seal provides additional protection from external sources of electrical interference. Also, its high voltage tolerance ensures safety in all kinds of applications, such as in voltage regulator circuits and voltage feedback circuits.

As far as its working principle is concerned, the WW1JT1K50 works by introducing a controllable and steady amount of resistance into the circuit. This is done by passing a current through the resistor. The resistor then converts the incoming energy into heat energy, which is dissipated through its outer body. The amount of energy that is dissipated is proportional to the amount of current that is passed through the resistor, thus allowing for precise control of the resistance. Also, the tinned copper leads of the resistor provide a stable connection between the resistor and other components in the circuit, thus preventing any type of short circuit or wiring issues.

The WW1JT1K50 through hole resistor is a reliable and essential component in many electronic circuits. It is widely used in various types of automotive, medical, and industrial applications thanks to its high temperature stability, voltage tolerance, and low temperature coefficient. Its working principle involves introducing a controllable and steady amount of resistance into a circuit by passing a current through the resistor. The amount of energy dissipated is proportional to the amount of current that is passed through the resistor, thus allowing for precise control of the resistance. Thus, the WW1JT1K50 through hole resistor is an extremely versatile and reliable resistor option for a variety of applications.

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