OK2745E-R52

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Through Hole Resistor is a type of resistor that we commonly use in various electronic components. The OK2745E-R52 is a through-hole resistor application, which is known for its high resistance and reliable performance.

The OK2745E-R52 is a through-hole resistor with a resistance of 2.744K Ohms. It has a tolerance of 5% and an operating temperature range of -55°C to +125°C. The resistor also has a standard 4% tolerance rating.

The main feature of the OK2745E-R52 is its high resistance, which is due to its overmolded construction. This is achieved by the multilayer polymer material that is applied after the standard metal layers are laid. The polymer material is applied for protection and also helps to increase the overall power rating of the resistor.

The OK2745E-R52 is mainly used in communications, aerospace, medical, and industrial applications. In communications applications, the resistor is typically used to reduce signal or power losses. Models such as the OK2745E-R52 are also used in various aerospace, medical, and industrial applications to control current and voltage.

The OK2745E-R52 is also highly reliable, making it suitable for use in various applications requiring high reliability and durability. The resistor also has a standard 4% tolerance rating, which means that current can be delivered accurately and with minimal fluctuations.

The working principle behind the OK2745E-R52 is relatively simple. When an electrical current flows through the resistor, the electrons get trapped in the conductor, which causes them to jump between the conductors and cause a resistance. This resistance then causes the current to slow down or decreases the voltage, depending on the type of resistor.

In conclusion, the OK2745E-R52 is a reliable and high-performance through-hole resistor. It is primarily used for communications, aerospace, medical, and industrial applications where high performance and reliability are required. The resistor also has a standard 4% tolerance rating, which ensures accurate current delivery with minimal fluctuations. The working principle of the resistor is also simple, as it reduces the current flow or voltage through it by trapping the electrons and causing a resistance.

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