HHV1WSFT-73-51K1

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Through Hole Resistors are widely implemented for a range of electrical and electronic purposes. The HHV1WSFT-73-51K1 represents a single-chip resistor designed mainly for use in high-performance self-balancing circuits. This component has been designed for use in a broad range of industries, including automotive, telecommunication, and consumer electronics.

The HHV1WSFT-73-51K1 has an incredibly small 5.0-mm x 5.0-mm footprint for maximum PCB real estate efficiency. This component offers high performance despite its small size, with a temperature coefficient of just 0.05%/°C and a power rating of up to 0.25 W.

The most critical feature of this resistor is its self-balancing properties. This ensures that the resistor is constantly being compensated for variations in temperature, delivering the required resistance value consistently. Its tolerance is rated at 1%, making it ideal for use in high-accuracy applications. In addition, HHV1WSFT-73-51K1 boasts an incredible surge-withstand rating of 7 kV/ms.

The HHV1WSFT-73-51K1 enables engineering teams to support higher power demands in their applications. Its wider current rating (up to 5A) makes it a great choice for high-power applications where the chip must be able to dissipate more heat than other standard through-hole resistors. Moreover, the low thermal resistance and improved noise immunity thanks to the chip\'s excellent capacitance characteristics mean that designers can be sure of reducing power losses and ensuring high levels of reliability.

The simple construction of the HHV1WSFT-73-51K1 means that it is easy to integrate into circuits and is highly cost-effective. The resistor comprises an epoxy ceramic substrate and a thick-film construction element, manufactured to a guaranteed maximum power dissipation of 0.25 W. This makes it ideal for low-cost applications, enabling engineers to optimize operating temperature, reduce overall power consumption, and meet RoHS environmental standards.

In conclusion, the HHV1WSFT-73-51K1 features a versatile construction designed for long-term use in challenging environments. Its self-balancing properties make it a great choice for high-accuracy applications, while its excellent power handling and low thermal resistance make it an ideal component for higher-power applications. Finally, its simple design and low cost make it an economical solution for low-cost applications.

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