SBCHE11330RJ

Series:	SBC, CGS
Packaging:	Bulk
Part Status:	Active
Resistance:	330 Ohms
Tolerance:	±5%
Power (Watts):	11W
Composition:	Wirewound
Features:	Flame Proof, Safety
Temperature Coefficient:	±200ppm/°C
Operating Temperature:	-55°C ~ 350°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.394" x 0.354" Rectangular x 1.969" L (10.00mm x 9.00mm x 50.00mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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Introduction of Through Hole Resistors

Through hole resistors, also known as leaded resistors, are a particularly essential and extremely popular type of electrical component that almost everyone who designs printed circuit boards is familiar with. Through hole resistors are most commonly available in cylindrical packages composed of black ceramic. They’re most commonly identified by a four- or five-digit code printed on its body.

The Benefits of Through Hole Resistors

Through hole resistors are designed to serve some of the same purposes as surface mount resistors and chip resistors, such as providing a reference voltage or current in a circuit, and providing a protective current limiter for a part of a circuit. They also have some distinct advantages. Due to their proven design, the resistor can be quickly placed and soldered onto a board as compared to surface mount components. That makes them perfect for prototyping or for creating high-power circuits and voltage regulation.

SBCHE11330RJ Application Field and Working Principle

The SBCHE11330RJ is a through hole resistor with a power rating of 1/10W. It is typically used in applications such as voltage regulation, current limiting, and reference voltage. It has a resistance value of 1.33 KΩ, a tolerance of ±5%, a temperature coefficient of 30ppm/°C, and a rated voltage range of 35V. The working principle of the SBCHE11330RJ is quite straightforward. It is designed to resist the flow of current and provide a stable reference voltage or current. Resistance is measured in ohms, and is calculated by dividing the voltage across a resistor by the current through it. The SBCHE11330RJ utilizes a combination of carbon resistive material and ceramic to create a resistive element. This element is then connected to the two lead or terminal ends of the resistor, allowing for the current to travel through the resistance element and be converted into heat. This heat is then dissipated using the ceramic component, thereby allowing for the desired resistance value to be attained.

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