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ADG713BR

ADG713BR Description

The ADG713BR from Analog Devices Inc. is a high-performance, quad single-pole/single-throw (SPST) analog switch designed for precision signal routing in low-voltage applications. Packaged in a 16-SOIC tube, this IC offers low on-resistance (4Ω max) and ultra-low leakage current (100pA max), making it ideal for high-accuracy signal paths. Operating from 1.8V to 5.5V, it supports a wide range of supply voltages while delivering a 200MHz bandwidth for high-frequency applications. Though marked as obsolete, its robust performance in surface-mount designs ensures reliability in legacy systems.

ADG713BR Features

• Low On-Resistance: 4Ω max ensures minimal signal attenuation.
• Ultra-Low Leakage: 100pA max for precision signal integrity.
• Fast Switching: 11ns (Ton), 6ns (Toff) typical for rapid signal routing.
• Low Charge Injection: 3pC reduces glitches in sensitive circuits.
• Wide Voltage Range: 1.8V to 5.5V compatibility for mixed-voltage systems.
• High Bandwidth: 200MHz -3dB supports high-speed signals.
• Low Capacitance: 10pF (CS/CD off) minimizes crosstalk and distortion.

ADG713BR Applications

• Test & Measurement Equipment: Precision signal switching in oscilloscopes and data acquisition systems.
• Audio/Video Routing: Low-distortion signal paths in professional AV systems.
• Battery-Powered Devices: Efficient signal management in portable electronics due to low power consumption.
• Communication Systems: High-frequency signal multiplexing in RF and baseband circuits.
• Industrial Control: Reliable switching in harsh environments with minimal leakage.

Conclusion of ADG713BR

The ADG713BR excels in applications demanding low distortion, fast switching, and precision signal handling. Its combination of low on-resistance, high bandwidth, and ultra-low leakage makes it a standout choice for legacy designs requiring reliable analog switching. While obsolete, its performance metrics remain competitive, particularly in test equipment, communication systems, and portable electronics where signal fidelity is critical.