HS300 R33 F

Operating Temperature:	--
Failure Rate:	--
Package / Case:	Axial, Box
Lead Style:	M6 Threaded
Height - Seated (Max):	1.646" (41.80mm)
Size / Dimension:	5.027" L x 1.791" W (127.70mm x 45.50mm)
Mounting Feature:	Flanges
Coating, Housing Type:	Aluminum
Features:	--
Series:	ARCOL, HS
Temperature Coefficient:	±100ppm/°C
Composition:	Wirewound
Power (Watts):	300W
Tolerance:	±1%
Resistance:	330 mOhms
Part Status:	Active
Packaging:	Bulk

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Introduction to Chassis Mount Resistors

Chassis mount resistors are a type of passive electronic components that are used to provide electrical resistance in a circuit. They are also referred to as surface-mount or SMDs (Surface Mount Devices). These resistors are typically constructed from a variety of metal or ceramic materials that are designed to provide the desired electrical performance that is needed for a given application.

HS300 R33 F Application Field and Working Principle

The HS300 R33 F is a type of chassis mount resistor that is designed to offer a resistive value of 33 ohms in a wide variety of applications. This device is constructed with a low-profile, high-temperature case and is rated for up to +250°C. This makes it ideal for applications where higher temperatures are involved, such as power supplies, automotive electronics, and LED systems.The working principle of the HS300 R33 F is relatively simple. When connected in a circuit, current will flow through the device. The current will be resisted due to the presence of the resistor material within the device, resulting in a voltage drop across the resistor. This voltage drop is proportional to the resistance of the device, allowing for precise control and regulation of the current and voltage within the circuit.

Conclusion

In conclusion, the HS300 R33 F is a type of chassis mount resistor that can be used in a variety of applications. It is constructed with a low-profile, high-temperature case, and is rated for up to +250°C. It is designed to provide a resistance of 33 ohms and works by providing resistance to the current in a circuit, resulting in a voltage drop across the resistor that is proportional to the resistance of the device. This allows for precise control and regulation of the current and voltage within the circuit.

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