Through Hole Resistors

Through hole resistors are physical components which can be easily installed in a circuit to provide electrical resistance. They usually consist of a through-hole, a flat metal piece, a ceramic material, and various forms of metal wiring. The combination of these components make through hole resistors ideal for a wide range of applications in many types of electronic systems.

CP001056R00JE66 application field and working principle

CP001056R00JE66 is a through hole resistor and is particularly suitable for industrial and medical applications. The through-hole resistor works by creating a long metal wire through a ceramic material which restricts the flow of electricity, providing resistance. It is usually constructed from a metal piece and ceramic material. The metal piece is either made from copper or a alloy with a high conductivity that creates a larger area for the wire. This increases the level of resistance of the resistor and makes it ideal for low current applications due to its pressure rating and low profile.

CP001056R00JE66 is designed for excellent temperature stability and its low slope tolerance allows it to reliably resist changes in temperature. It is also designed for consistency with its profile and uniform size across the entire package. Pre-formed termination materials make resilient connections and resist aggressive solder pastes and fluxes.

In terms of the actual application fields of CP001056R00JE66, it is best suited for industrial and medical applications, as mentioned earlier. It is especially helpful for AC signal rectification as its low resistance value, accuracy and consistent size allows it to resist interference. It is also suitable for lead-free soldering applications as it is designed to withstand high temperature applications. CP001056R00JE66 is also versatile and works well with both surface mount and through-hole resistors.

The working principle of CP001056R00JE66 is that it restricts the flow of electric current in a circuit by creating a physical barrier between the negatively and positively charged components. This can be done by creating a ceramic material, with a metal plate forming the boundary between the two materials. The metal plate has several small holes on it, which is where the resistance is created. The metal plate is then bonded using a soldering material which passes through the holes and restricts the flow of electricity. This is the basic principle of how CP001056R00JE66 works.

In conclusion, CP001056R00JE66 is an excellent through hole resistor for industrial and medical applications. It is designed for temperature stability and durability, is versatile and suitable for heavy duty applications. It also ensures consistent size and accurate resistance levels due to its pre-formed termination materials. All these features make CP001056R00JE66 a great choice for a wide range of applications.