HSMP-489B-TR1

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The HSMP-489B-TR1 from Avago Technologies is an RF diode pulse detector with integrated amplifier, active filter, and self-biased schottky rectifier. This comprehensive package of components provides fast, reliable, and versatile signal detection with wide dynamic range response, high immunity to temperature and voltage variations, and excellent RF sensitivity. Applications for the HSMP-489B-TR1 include pulse-width and duty cycle margin measurements, pulse-width modulation, switching power control and correction, time-division multiplexing and demodulation, test receiver systems, fast frequency response measurements and defect analysis, and data lifetime strategies.

The key to the HSMP-489B-TR1\'s impressive performance is its combination of components. At its core is an RF detector that features a low noise amplifier and an active filter. The input of the detector is a schottky rectifier, which is self-biased to allow for considerable dynamic range without the need for additional circuitry or components. This schottky rectifier provides excellent RF sensitivity, as well as immunity to temperature and voltage variations. Furthermore, it is designed to be low-power and low-current, allowing for efficient operation.

In addition to its core components, the HSMP-489B-TR1 also features integrated ESD and EMI protection, along with surge protection. This helps to reduce the risk of system and component failure during high-voltage and high-current situation and provides a margin of safety during the operation of the detector. The detector is also designed to provide fast and reliable signal detection, with excellent sensitivity and wide dynamic range response. Moreover, the HSMP-489B-TR1 is packaged in a surface-mount package for easy integration into a variety of applications.

The HSMP-489B-TR1 is an excellent choice for a variety of applications, and is especially well-suited for pulse-width and duty cycle margin measurements, pulse-width modulation, switching power control and correction, time-division multiplexing and demodulation, test receiver systems, fast frequency response measurements and defect analysis, and data lifetime strategies. The combination of its core components, integrated protection features, and surface-mount package make it an ideal choice for a wide range of applications.

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