CA4060160R0JR36

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Through Hole Resistors are a type of electronic component used to create electrical resistance in a circuit. They are composed of an insulating material that is wrapped in a coil of conductive material such as copper. A resistor must be accurately designed and manufactured in order for it to function properly, especially when it comes to values of resistance. Resistors can also be used to protect components from overvoltage or current damage by limiting the flow of current.

The CA4060160R0JR36 Through Hole Resistors is a type of resistor designed to meet specific military needs. It is a non-inductive, wire-wound, 0.25W, MIL-R-55182 compliant, axial leaded surface-mount device. This resistor is perfect for high-reliability applications where constant temperature and performance is critical. It is made with a metal-oxide film which provides excellent stability and long service life in extreme applications where temperature and power are critical.

The CA4060160R0JR36 Through Hole Resistor is capable of handling temperatures ranging from -55°C to +125°C and is designed to provide a constant temperature performance throughout its lifecycle. It is capable of performing at a voltage rating of up to 400V and a current rating of up to 1mA. The overall power rating of the CA4060160R0JR36 is 0.25W, which means it is suitable for use in environments where small current levels are needed. The resistor is composed of a metal-oxide film with a resistance tolerance of ±1%.

The main application of the CA4060160R0JR36 Through Hole Resistor is for military/aerospace applications and general-purpose applications where long-term performance and stability is essential. Its tolerance to high temperature makes it suitable for extreme situations and its excellent power rating makes it perfect for use in power supplies, load balancing, and current limiting applications. The CA4060R0JR36 is also widely used in automotive and commercial industries.

The working principle of the CA4060160R0JR36 Through Hole Resistor is based on the fact that electricity always moves from an area of higher potential to an area of lower energy. This means that when voltage passes through a resistor, some of that voltage is converted to heat. The amount of energy converted into heat will depend on the size of the resistor, or its resistance. A higher resistance will cause more energy to be converted to heat, whereas a lower resistance will result in less energy being converted to heat.

Resistors also cause a voltage drop across its terminals, meaning that when power is sent through the circuit, the voltage at the resistor’s end will be lower than the original starting voltage. This drop is calculated using the Ohm’s Law equation, whereby the voltage drop is multiplied with the resistance to obtain the value of current flowing in the circuit. This voltage reduces the overall power output of the circuit, allowing the components to be safely run without the risk of damage.

In conclusion, the CA4060160R0JR36 Through Hole Resistor is a highly reliable and temperature resistant resistor designed for use in military, automotive, and general-purpose applications. It is capable of handling temperatures ranging from -55°C to +125°C, and is also capable of handling high voltages up to 400V. Its excellent power rating makes it suitable for use in power supplies, load balancing, and current limiting applications.

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