FMP3WSJT-73-20K

Through Hole Resistors

FMP3WSJT-73-20K is a through hole resistor designed for use in the field of electronics and electrical engineering. Through hole resistors are designed to match specific requirements of the circuit in which they are installed. This particular resistor type is most commonly used in power engineering and applications that involve electrical switching. They are used to limit current, voltage, and create impedance.

FMP3WSJT-73-20K is a type of axial lead resistors which are constructed with wire wound elements. The element is situated within a cylindrical sleeve which serves as the housing for the component. When the component is wired, the leads cause the resistor to protrude from the circuit board. These resistors are designed to protect circuits from short circuit or current overload, as well as provide a variable resistor value to change the after configuration ofa circuit.

The construction of FMP3WSJT-73-20K resistors uses the Karnaugh Map or Graphical Representation (KMR) technology. KMR technology uses a combination of materials and design techniques to achieve maximum resistance values while also allowing for minimum size. The combination of components and techniques yields a high-precision, low-cost resistive component. The resistor is constructed from a combination of metals and resins which are chosen for their durability and precision.

The method of connection for FMP3WSJT-73-20K is through lead-through holes. Lead-through resistors are a form of through hole resistors that are typically used in the power supply or instrumentation applications because of their ability to be easily wired in tight spaces. The hole in the resistor\'s mounting is designed in a way that the wire used to connect it, to go through the lead-through hole, and be soldered on the same side that it was wired from. This allows for a much neater and organized wiring system and a cleaner overall look.

When these resistors are used in direct current (DC) operation, they have a static resistance which remains constant. On the other hand, when they are used in alternating current (AC) operation, they have a dynamic resistance. Dynamic resistance allows for the resistor to maintain its resistance value even when the current flow changes. The temperature coefficient of the FMP3WSJT-73-20K is higher than most other resistors which means that it will be stable even in high temperature environments.

The FMP3WSJT-73-20K resistor is a highly reliable component that is widely used in the electronics industry. It is specifically designed for power engineering and other applications that involve electrical switching. Its construction is designed to provide maximum resistance values while also allowing for minimum size. The use of lead-through resistors allow for the neat and orderly wiring system and a cleaner overall look. Its temperature coefficient is higher than most other resistors which make it suitable for use even in high temperature exercises.