HMC858LC4BTR

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The HMC858LC4BTR, a reflective analog switch array, is designed for applications that require switching between multiple analog input signals. This device is suitable for high-speed clock and data recovery systems, which require low jitter, low distortion and high levels of isolation. Moreover, 2:1 multiplexers, high frequency multiplexers, wideband buffers, low-noise analog signal routing switches, as well as high precision gains and division ratios can be implemented with the HMC858LC4BTR. As one of the most versatile special-purpose analog switches, HMC858LC4BTR offers great benefits in terms of system performance and cost savings.

HMC858LC4BTR is a reflective analog switch array that contains four single-pole double-throw (SPDT) switches. The device uses high-speed SiGe BiCMOS technology, which ensures fast switching times and low voltage operation. The reflective characteristic of the switches makes them suitable for applications that require high levels of isolation and low insertion loss. The device also features integrated bias circuits, which allow for easy optimization of the on-resistance. In addition, the integrated voltage clamp and level shifter circuitry enables control of the current dissipation, and ensures that the device is not affected by power supply differences.

The HMC858LC4BTR features a wideband operation range of 5-to-30GHz, with low standby current and gate-to-gate offset currents. The device is available in an 8-pin package and has an adjustable current limit range from 0.3mA to 4mA. Moreover, the device has a maximum switching frequency of 640GHz and a maximum data rate of 3.2Gbps. The device also supports a wide range of digital control signals, including TTL and CMOS.

The reflective switch array of the HMC858LC4BTR is a key component for many analog applications. Its versatility makes it suitable for applications such as clock and data recovery systems, wideband buffers, and other digital-to-analog conversion applications. One of the main features of the device is its low jitter, which ensures that the analog signals reach their intended destinations with minimal distortion. In addition, the integrated level shifter and bias circuitry avoid power supply differences, thus reducing power dissipation.

Moreover, the HMC858LC4BTR features an adjustable current limit range and a wideband operation range. This enables the device to be used in a wide range of analog applications. For example, the device can be used in clock and data recovery systems to enable high speed transmission with minimal jitter, distortion, and power dissipation. The device can also be used in high precision gain and division ratios implementations, which require low on-resistance. Lastly, the device’s wideband operation range makes it suitable for use in high frequency multiplexers, low-noise analog signal routing switches, and other applications where low insertion loss and high levels of isolation are required.

In conclusion, the HMC858LC4BTR is a versatile special-purpose analog switch array designed for applications that require switching between multiple analog input signals. The device has a wideband operation range, low jitter and low insertion loss, and supports a wide range of digital control signals. Furthermore, the device features integrated voltage clamps, level shifters, and bias circuits, which ensure low power dissipation and reduce power supply differences. The HMC858LC4BTR is an ideal solution for applications such as clock and data recovery systems, wideband buffers, and other high-performance analog applications.

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