WW3JT36R0

Through Hole Resistors

The WW3JT36R0 is a through hole resistor. It has been designed for use in avionic, military, and other high-heat environments. This type of resistor is composed of an internal resistor element surrounded by reinforcing materials such as epoxy, polyurethane, or ceramic. This specific resistor has an operating temperature that ranges from -55 C to +175 C.

The type of resistor used in the WW3JT36R0 is a non-inductive resistor. These types of resistors are used in situations where inductive reactance (caused by the parallel nature of the inductor) would become a problem. Non-inductive resistors are not as susceptible to signal distortions caused by the inductance of the wire. They are also able to absorb and rapidly dissipate large amounts of energy produced by external sources, such as high voltage or alternating current.

The WW3JT36R0 is designed to have a high resistance value relative to its size. This allows the resistor to have a large range of applications in a variety of fields. These include, but are not limited to:

• High-voltage applications.
• Automotive electronics.
• Medical equipment.
• Industrial electronics.
• Musical instrument amplifiers.
• Power converters.
• High-power antennas.

The working principle behind the WW3JT36R0 is quite simple. When voltage is applied across the resistor, current will flow through it, which creates heat. This heat is then dissipated by the epoxy or other insulation surrounding the resistor. This process helps to prevent the resistor from being damaged by excessive heat or current.

Since the WW3JT36R0 is a through hole resistor, it is designed to be mounted onto a PCB without the need for soldering. This makes installation and removal of the resistor relatively easy. It is also relatively inexpensive and widely available from many distributors.

In conclusion, the WW3JT36R0 is a through hole resistor with a wide range of applications, from avionic to automotive. Its temperature range and non-inductive design make it suitable for use in many high-heat and high-voltage environments. Furthermore, its through hole design makes it easy to install and remove.