RWR81S4R32FSS70

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Through Hole Resistors are designed to provide reliable and accurate current and voltage dissipation for a wide range of electronic components and systems. The RWR81S4R32FSS70 is a high-power through-hole resistor with excellent tolerances, strong power dissipation capabilities and excellent temperature cycling and mechanical robustness. Its high temperature performance is suitable for a variety of industries, including communications, power systems, industrial control systems, military applications and consumer electronics.

The RWR81S4R32FSS70 is a full surface mount resistor with a 4-terminal through hole package. The 4 terminals are connected to the resistor as a 4-wire daisy chain, and this design enables the current and voltage dissipated through the resistor to be accurately measured and monitored. The resistor has a wide operating temperature range, MIL-STD-202E compliant specification and high energy cycling capability. The high temperature range and low profile design are ideal for applications that require high-accuracy current and voltage dissipation in an extreme environment.

The RWR81S4R32FSS70 is a high power device with excellent tolerances. The resistor is designed to work in a range of temperatures from -55°C to +200°C, dissipating up to 500 watts. The tolerance is excellent, with one ppm/°C sensitivity and typical values as low as 0.0013% at room temperature. This high-tolerance design allows the resistor to be used in precision applications such as medical, instrumentation and automotive systems.

The RWR81S4R32FSS70 enjoys a wide range of applications due to its reliable and accurate performance. It can be used in power systems, industrial control systems, military applications, consumer electronics and other applications. The resistor can be used to measure current and voltage in high-current applications such as high performance engine control systems, instrumentation systems, motor controllers, inverters, medical systems, and more. The resistor also has excellent temperature cycling capabilities, meaning it can withstand high temperatures for long periods of time without degrading accuracy or performance.

The RWR81S4R32FSS70 is ideal for applications that require precision current and voltage dissipation in an extreme environment. Its high temperature performance, excellent tolerances, and strong power dissipation make it suitable for a wide range of industries, including automotive, aerospace, industrial and medical. Moreover, its low profile design makes it suitable for environments with limited space.

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