Delivering low noise, high performance, and a small footprint, the CS3301A/02A seismic amplifiers are designed for use with geophone and hydrophone sensors. These highly integrated, programmable gain differential amplifiers are engineered for precise low frequency, high dynamic range measurements. Based on Cirrus Logics patented Multipath amplifier architecture, these powerful amplifiers provide unrivaled noise and drift performance. Low-power consumption combined with outstanding THD performance makes them ideal for todays seismic applications. Chopper stabilized and designed for use with geophone sensors, the CS3301A delivers impressive low noise, low drift performance down to 0.1 Hz. The high input impedance of the CS3302A makes it well suited for use with hydrophone sensors, while still delivering outstanding noise and drift performance. With an extensive feature set and available in a 24-pin SSOP package, these amplifiers provide an outstanding price/performance combination for seismic applications.
Hydrophone Low Noise, Programmable Gain Differential Amplifier
Hydrophone Low Noise, Programmable Gain Differential Amplifier |
Applications for these innovative op amps include process control, medical and test equipment, temperature measurement and weigh scale applications These devices provide excellent CMRR (common-mode rejection ratio) and PSRR (power-supply rejection ratio) and a common mode input ...
Come From Cirrus Logic, Inc.
These new single and dual-channel Operational Amplifiers broaden our offering of industry-leading, highest-available precision devices for Test & Measurement and Instrumentation applications into power-sensitive applications. This family of amplifiers is designed specifically ...
Come From Cirrus Logic, Inc.
Delivering low noise, high performance, and a small footprint, the CS3301A/02A seismic amplifiers are designed for use with geophone and hydrophone sensors. These highly integrated, programmable gain differential amplifiers are engineered for precise low frequency, high dynamic ...
Come From Cirrus Logic, Inc.