HSMS-281K-TR2G

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HSMS-281K-TR2G diode is a type of RF diode that includes an upgrading feature, ideal for applications in communication systems, RF amplifiers, and broadband communications. It has a hermetically sealed gold-plated ceramic package and is available in medium and high power versions. Its medium power version has an excellent gain (G/T>15 dB/K), low noise figure (NF<1 dB), and a wide operating range (-40 to 125°C). Moreover, its high power version provides a relatively low thermal resistance and improved power performance.

The working principle of HSMS-281K-TR2G diode is based on hot-electron device design which ensures low turn-on time and relatively low thermal resistance. It is also widely used in applications where wide band operation and high linearity is required. In these applications, the diode requires an active bias control for its operation. The active bias control circuit provide an electrostatic field that modulate the hot electrons across the diode, which results in a low turn-on time and a low thermal resistance.

The HSMS-281K-TR2G diode is ideal for applications located in both medium and high frequency ranges. It is widely used in telecommunications systems and communications equipment such as transmitters, receivers, satellite communications, global positioning systems, and more. In addition, its higher power version is suitable for applications requiring higher linear power gain, such as RF amplifiers and broadband amplifiers. It is also used in applications that require a high stability, such as medical and optical systems, laser diode drivers, and more.

This diode is also known for its ability to provide excellent gain at high frequencies, low noise figure, and wide operation. Its low turn-on time and lower thermal resistance makes it very reliable in applications that require a high stability. In summary, the HSMS-281K-TR2G is an excellent choice for applications in communication systems and RF amplifiers, especially for applications requiring low thermal resistance and improved power performance.

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