TGHHV50R0JE

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Chassis Mount Resistors encompass a wide range of components which are designed to fit into a standard frame or enclosure. This facilitates installation of the resistor in its application. TGHHV50R0JE is one such type of resistor containing a specific unique construction, which makes it suitable for a variety of applications and gives it specific technical characteristics.

The construction of TGHHV50R0JE is a four-terminal, insulated metal oxide resistor. The metallic contact points are composed of heavy-duty beryllium copper, and the insulated substrate is composed of electroplated tin-nickel on molybdenum. The variation in terminal spacing and size of the metal contact points allow the TGHHV50R0JE to be mounted close to the frame for added stability.

The resistive element within the TGHHV50R0JE is a network of varying resistive materials sandwiched inside a resin-filled epoxy jacket. The exact composition of the resistive element can vary depending on the specific values being sought. Generally, four alloys are used in its construction – nickel-chromium, nickel-iron, carbon film and wire-wound. By controlling the amount of each material, the desired resistance values can be tailored to meet individual requirements.

The main application of TGHHV50R0JE are in high power applications such as motor speed control, inverters, and other power electronics. Due to its unique construction, the TGHHV50R0JE can operate at extremely high power ratings without thermal runaway and can withstand transient spikes in current. The resistance value is also exceptionally stable up to temperatures of 350 degrees Celsius. The combination of all these features makes it perfect for the rough and demanding environments encountered in many electronic applications.

The working principle of TGHHV50R0JE is the same as other resistor models. When electric current passes through the resistor, a voltage drop is created. The voltage drop is proportional to the applied current and is determined by the resistance value of the resistor. This voltage drop can be calculated using Ohm’s law. With TGHHV50R0JE the resistance values are very stable, which is desirable in most applications.

TGHHV50R0JE are highly reliable and can be found in many consumer and industrial applications. Its large power ratings make it ideal for high power applications, while its small physical size makes it suitable for areas with limited installation space. The combination of these qualities, coupled with its excellent temperature coefficient of resistance, make it an attractive option for many applications.

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