ADRF5714BCCZN

Attenuators Overview

The ADRF5714BCCZN is a silicon, 1-bit digital attenuator manufactured by Analog Devices Inc. It provides a fixed attenuation value of 16 dB and supports glitch-free operation. The device operates over a frequency range from 100 MHz to 30 GHz with a 50 Ohm impedance. It functions on a single 3.3 V supply voltage and is housed in an LGA-20 package.

Attenuators Feature Summary

• Glitch-free operation support for reliable signal integrity
• Single-bit digital control architecture
• Silicon-based construction for high-frequency performance

Attenuators Applications

• RF front-end modules requiring precise attenuation steps
• Wireless communication systems operating in the microwave spectrum
• Test and measurement equipment calibration circuits

Attenuators Procurement Notes

Verify component authenticity through authorized distributors or direct manufacturer channels. Confirm package integrity and pin alignment upon receipt. Ensure static-safe handling procedures are followed during storage and installation to prevent electrostatic discharge damage to the sensitive silicon components.

Attenuators Selection Notes

Select this component when a fixed 16 dB attenuation step is required within the 100 MHz to 30 GHz range. Consider the LGA-20 package constraints for PCB layout. Evaluate power consumption requirements against the 3.3 V supply specification. Ensure system design accommodates the single-bit resolution limitations compared to multi-bit alternatives.

Attenuators Part Context

This part belongs to the ADRF5714 series of silicon digital attenuators. It shares functional similarities with other devices in the family but is distinguished by its specific 1-bit configuration and 16 dB attenuation value. The series targets high-frequency applications requiring robust digital control interfaces.

Attenuators Replacement Considerations

Direct substitutes include the ADRF5714-EVALZ evaluation board for testing purposes. Verify compatibility with existing control logic and impedance matching networks before substitution.