CW010400R0JR69

Through hole resistors are components widely used for power and signal conditioning in electronic circuitry. The CW010400R0JR69 is a through-hole resistor whose application field and working principles are discussed in the following paragraphs.

Application Field and Principles of the CW010400R0JR69

The CW010400R0JR69 is an extremely reliable, low-cost resistor with excellent electrical and mechanical characteristics, making them ideal for use in environments with high temperatures and vibration. The resistor is an all-purpose component designed for use in both digital and analog applications. It is also known for good noise immunity and long life. For this reason, CW010400R0JR69 are the preferred choice for high-precision applications such as medical equipment, automation systems, and aerospace control systems.

CW010400R0JR69 feature a packaged composition consisting of extremely robust Teflon-insulated nickel-iron alloy resistors and high-voltage metallized film resistors. The combination of these two technologies offers superior performance for high-precision, wide-temperature applications. The combination of the two technologies also ensures an extremely low component-to-component variation. Withstand voltage is an industry-leading 9000 volts with a dissipation factor of 0.01%. Maximum current levels reach up to 500mA at 25°C.

The resistors’ working principle is based on the resistance of metals to the flow of electricity. When electric current passes through a resistor, the energy created causes resistance, thereby limiting the current in the circuit. Depending on the type of resistor, it can create a linear electronic response from a direct current with voltage or provide heat energy from a current. CW010400R0JR69 resistors are particularly suited for the latter application, providing efficient heat energy with low tolerance to current, temperature, time, and voltage variations.

One practical example of this type of component in use is the pulsed radiation thermopile. The pulse-radiation thermopile requires resistors to be able to control and modulate the amount of radiation between the base and the peak by adjusting the varying amount of current passing through the resistors. The CW010400R0JR69 resistors are well suited for these applications due to their robust design and low profile that allows for a better fit in the tight confines of the thermopile.

CW010400R0JR69 resistors are the preferred choice for a vast variety of applications and industries due to their reliable operation, high level of precision, and wide temperature range. The combination of the two technologies ensures an extremely low component-to-component variation. Withstand voltage is an industry-leading 9000 volts with a dissipation factor of 0.01%. The resistors’ wide temperature range and high precision make them suitable for use in medical equipment, automation systems, and aerospace control systems.

In conclusion, CW010400R0JR69 resistors are extremely reliable and low cost components with good noise immunity and long life. The combination of two technologies ensures an extremely low component-to-component variation. With high withstand voltage and dissipation factor, the resistors are suitable for a wide variety of applications, from controlling radiation in pulsed thermopiles to powering medical equipment, automation systems, and aerospace control systems.