Overview of 3224W-1-502E by Bourns Inc.
The 3224W-1-502E is a trimmer potentiometer, featuring a cermet construction, with a power rating of 0.25W and a resistance value of 5,000 ohms. Its notable attributes include a resistance tolerance of ±10% and a temperature coefficient of ±100ppm/°C. This component is designed for 12 turns, but its packages and specifications may list it with 11 or 12 turns due to rounding or nominal specification. It is built for surface mount technology (SMT), fitting the 1914 package size, and is halogen-free and RoHS compliant. The item’s dimensions and construction make it suitable for precise adjustments in various electronic circuits, with adjustments made via a top-mounted screw. Its cermet element ensures stability and reliability over a broad temperature range, from -65°C to 150°C, although its rated temperature for power dissipation is up to 85°C. Furthermore, this piece of hardware is encapsulated in a rectangular SMT package, with J-hook terminal shapes for mounting, and adheres to environmental standards with a matte tin terminal finish.
Industry Applications for 3224W-1-502E
The versatility and reliability of 3224W-1-502E enable its integration across various industry sectors. Its potential applications extend into numerous fields, mostly due to its precision, stability, and SMT compatibility. Below are illustrative use cases, contingent on confirming suitability with design and engineering teams:
- Industrial Automation: Within this sector, the trimmer could be utilized for fine-tuning sensor sensitivities or feedback loop adjustments in control systems, enhancing the accuracy and efficiency of automated processes.
- Telecommunications: For radio frequency (RF) applications, the precise adjustability of the 3224W-1-502E can be critical for calibrating signal transmission and reception components, ensuring optimal performance in communication devices.
- Consumer Electronics: In audio equipment like amplifiers, the variable resistor could serve to adjust volume or balance levels, offering high fidelity adjustments to cater to audiophile-grade sound quality preferences.
- Laboratory and Testing Equipment: The 3224W-1-502E’s high precision and stability under varying temperatures could be leveraged in lab equipment for calibrating measurement tools, ensuring accuracy in scientific research and development contexts.
These potential applications illustrate the component’s broad applicability but should be analyzed and verified by engineering and design teams for context-specific criteria.
About Bourns Inc.
Bourns Inc. is a globally recognized brand in the manufacturing of electronic components, with a significant emphasis on resistors and variable resistors. Within the vast umbrella of resistors, their prowess in developing and producing variable resistors is particularly distinguished. The 3224W-1-502E is a part of the Trimpot 3224 series—a lineup that showcases Bourns’ expertise in delivering precision, durability, and versatility for a range of applications. Bourns is dedicated to innovation, quality, and environmental sustainability, as evidenced by the compliance of its products with RoHS directives and a focus on halogen-free manufacturing processes. Their variable resistors are favored for applications demanding high accuracy, reliability, and consistent performance.
Where to Find 3224W-1-502E by Bourns Inc
For sourcing the 3224W-1-502E or finding suitable alternatives, visiting findchips.com is recommended. The website offers a comprehensive search feature for Variable Resistors, enabling users to compare current stock levels and pricing across multiple distributors. While this component has historically been available through distributors like Win Source Electronics, New Advantage Corporation, Neutron USA, and Master Electronics, it is crucial to visit Findchips for the most current availability and competitive pricing information. There, one may also explore alternative variable resistors that might better suit specific needs, whether from Bourns Inc. or other leading manufacturers.