The 5K6 Ohm (5.6K) 1W 5% Through Hole Resistor is a precision passive electronic component used to limit or control the current flow in a circuit. It is designed for through-hole mounting, making it ideal for use in various electronic and electrical applications that require stable and accurate resistance values.
This resistor features a nominal resistance of 5.6K Ohms (5,600 ohms), with a tolerance of 5%, meaning the actual resistance can vary by up to 5% from the nominal value. This is typical for general-purpose resistors, providing a balance between cost and performance. The 1W (1-watt) power rating indicates the maximum amount of electrical power the resistor can dissipate without being damaged. This ensures it is capable of handling moderate power levels in typical circuit designs.
The through-hole design allows for easy insertion into a PCB (printed circuit board) and secure soldering, making it suitable for both manual and automated assembly processes. These resistors are commonly used in consumer electronics, industrial equipment, automotive circuits, and many other applications that require reliable, cost-effective current-limiting or voltage-dividing solutions.
With a 5% tolerance, this resistor provides a level of precision adequate for many standard circuits, where slight variations in resistance are permissible. The component is typically housed in a durable ceramic or metal oxide shell, offering both thermal and mechanical stability. This makes it a reliable choice for both low and high-frequency applications, as well as those exposed to moderate temperature fluctuations.
Key Features:
- Resistance: 5.6K Ohms (5,600 ohms)
- Power Rating: 1W (1 watt)
- Tolerance: 5%
- Mounting Type: Through-hole
- Construction: Ceramic or metal oxide casing
- Application: General-purpose, consumer electronics, automotive, industrial equipment, etc.
This 5K6 Ohm 1W resistor is an essential component for ensuring controlled current flow, protecting sensitive electronic components, and contributing to the overall efficiency and stability of electrical systems.
