The RVG4H01-501VM-TC is a thermistor manufactured by Murata Electronics North America. It's designed for accurate temperature sensing and compensation across a variety of applications. Known for its reliable performance and compact size, it's suitable for uses where precise temperature monitoring and control are crucial.

Applications

• Temperature compensation in electronic circuits
• Temperature sensing in automotive electronics
• Temperature monitoring in industrial equipment
• Temperature control in consumer appliances
• Overheat protection in power supplies

Features

• High accuracy temperature sensing
• Excellent temperature sensitivity
• Small form factor for space-constrained designs
• Wide operating temperature range
• Fast response time to temperature variations
• Highly stable and reliable performance
• Tape and reel packaging for automated assembly

Benefits

• Enables precise temperature control for improved system efficiency.
• Provides reliable temperature sensing for accurate data collection.
• Allows integration into compact devices due to its small size.
• Suited for use in diverse environments because of its wide temperature range.
• Facilitates real-time temperature adjustments with its fast response time.
• Ensures long-term operational stability because of its robust construction.
• Reduces manufacturing costs through automated assembly processes.

Additional Details

The RVG4H01-501VM-TC is an NTC (Negative Temperature Coefficient) thermistor, meaning its resistance decreases as temperature rises. It has a resistance of 500 ohms at 25°C. The TC suffix signifies that the component is delivered on tape and reel for automated assembly. This thermistor is commonly employed in applications that demand a high level of temperature sensing precision and stability. It protects circuits from overheating and optimizes performance across different operating temperatures. Key parameters include its B-value, tolerance, and thermal time constant, all contributing to its exceptional performance in diverse thermal management applications.