H4249RBYA

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H4249RBYA Through Hole Resistors

H4249RBYA is a through hole resistor, which is a type of resistor that considered to be one of the most common type of electronic components. It has been widely used in applications such as electronic circuits and power control for decades. The wide range of applications for H4249RBYA indicates its vital importance to a variety of applications and many electronic components are simply not functional without it. In this article, we will look at the key features of H4249RBYA and what makes it a go-to resistor for. Additionally, its working principle and current applications of its use will be discussed.

Features and Key Benefits

H4249RBYA is a through hole resistor that can be used in different kinds of electronic setups. It is built using a metal oxide resistor and the standard resistor size is 2.3mm X 12.5mm. It has an excellent thermal stability and is appropriate for use in high power applications, as it offers resistance to high temperatures. It also features low capacitance, low noise, low temperature coefficient and excellent signal-to-noise characteristics. As such, H4249RBYA is particularly suitable for use in DC and AC circuit applications.

H4249RBYA Application Field and Working Principle

H4249RBYA is a popular resistor for its wide range of applications. It can provide high accuracy in resistance values and an appropriate signal isolation in applications such as current sensors, automotive applications, power monitoring, DC/AC power control, low-pass filtering, analog-digital conversion, and communications. At the same time, H4249RBYA is a reliable and durable component suitable for extended use, and it does not generally require frequent replacements. Its working principle is a simple one; the two electrodes of the resistor create a sensing voltage, which is then read out to the device. This then allows the resistor to adjust the amount of resistance that it offers, and therefore control the current that passes through the component.

Experimental Results

A few experimental results pertaining to the performance of H4249RBYA have been documented. It offers a very low 0.05Ω resistance with a very low temperature coefficient. Additionally, the capacitor has high accuracy with less than 1% resistance variation in both temperature changes and performance over time. The power coefficient of an H4249RBYA resistor provides results of 0.047, while the resistor is available in a wide range from 2 to 3 MW. This indicates that the resistor offers reliable performance and durability for various applications. Lastly, it has low manufacturing costs which make it an ideal choice for cost-sensitive settings.

Risk Factors

The ultimate performance of H4249RBYA resistors can be affected by environmental factors, such as dust, high temperatures, and thermal shock. If any of these conditions are not monitored and managed effectively, it is likely that the resistor will malfunction. Furthermore, due to the wide range of applications for H4249RBYA, it is important to ensure that it is used in its intended purpose and not outside of it as this could put the device at risk of damage.

Conclusion

H4249RBYA is a through hole resistor, which is widely used for a variety of applications. As a metal oxide resistor, H4249RBYA provides a wide range of features, including excellent thermal stability and low capacitance. It has a working principle that relies on a voltage sensing that allows the resistor to adjust the amount of resistance that it offers. Additionally, it can provide accurate readings with low resistance variation in different temperatures and time. Lastly, H4249RBYA has low manufacturing costs and is an ideal choice for cost-sensitive settings.

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