35J7R5

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Through hole resistors are commonly used in integrated microcircuits, as well as in high-voltage, high-power assemblies. The 35J7R5 is a through-hole resistor that consists of a ceramic rod, with the resistor\'s lead wires running through two conducting metal rings. The 35J7R5 is a basic type of resistor and is used in many electronics applications, such as power supplies, audio amplifiers, and digital signal processing circuits. It is commonly used for providing protection from overload or short-circuit conditions in electronic circuits, controlling the current flow in an electrical circuit, and reducing voltage levels.

The 35J7R5 is a relatively low-cost resistor, which makes it a suitable choice for many electronics applications. It is also highly reliable and has a low tolerance level (typically 0.1%), which is important for accuracy. The 35J7R5 has been designed to fit within a standard through-hole size (5x17mm) and has a rated power dissipation of 1W. Additionally, its extensive temperature operating range (-55 to +125 degrees Celsius) makes it suitable for use in a variety of operating conditions.

The primary function of any resistor is to provide a controlled amount of electrical resistance to current flow. This works by the resistor suppressing the current by absorbing some of the electrons, leading to a decrease in the voltage level. The 35J7R5 works on the basis of the Ohm\'s law equation, which states that current = voltage/resistance (I = V/R). This law is used to determine the value of the resistance that will be required for a given voltage value and current flow.

The resistance associated with the 35J7R5 resistor is determined by the length of the ceramic rod running through the two metal rings. The length of the rod will dictate the amount of resistance that it provides. The length of the ceramic rod is usually in the range of 17.9 to 18.1mm, while the internal resistance is usually between 0.35 to 0.37 ohms. The material of the ceramic rod will also determine the resistance, as certain materials have a lower resistance value than others.

Due to its low cost, the 35J7R5 is a good choice for a wide variety of applications, such as in power supplies, audio amplifiers, and digital signal processing circuits. It is also particularly useful for applications that require high temperatures, due to its wide operating range. The 35J7R5 is capable of providing a consistent and reliable amount of resistance for a given voltage level, making it a valuable component for many different types of electronic circuits.

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