New EMARMOUR Two-Channel, High-Speed Ground Sense CMOS Op-Amp with Excellent Noise Tolerance to Improve Reliability and Simplify Circuit Designs
BD77502FVM from ROHM is the recently dispatched Nano Cap coordinated double ground sense CMOS operation amp for purchaser and mechanical gear requesting rapid detecting, for example, modern estimation and control frameworks. Estimating 2.9 mm x 4.0 mm x 0.9 mm, the new gadget arrives in a MSOP8 bundle and has a wide working voltage scope of 7V to 15V. It includes a high slew rate and low info inclination current and is reasonable for different applications including sensor intensifiers. Amazing EMI trademark is the additional preferred position that BD77502FVM operation amp has over customary items accessible on the lookout.
The BD77502FVM conveys unrivaled commotion resistance, incorporates two operation amp gadgets that forestall wavering caused because of wiring while at the same time giving fast enhancement slew rates up to 10V/µs and advancement invulnerability to electromagnetic impedance (EMI). The yield voltage across the whole clamor recurrence band is restricted to under ±20mV, which is multiple times lower than a customary operation amp effectively accessible.
With BD77502FVM, the rapid sign enhancement is feasible and there is no effect of outer clamor or burden capacitance when utilized in gadgets that yield little signals, for example, sensors. This aides in improving unwavering quality while streamlining circuit plans.
Key Features of BD77502FVM Op-Amp
Nano CapTM coordinated OPAMP
Working with a Single Power Supply
Info and yield are operable GND sense
High Slew Rate
Wide Operating Supply Voltage Range
High Open-Loop Voltage Gain
No swaying and rapid Op-amps
Prevalent clamor resistance
Rapid intensification with slew rates up to 10V/µs
Dispenses with 16 sections needed for commotion concealment
The new BD77502FVM Op-Amp is appropriate to be utilized in office the board hardware, for example, unusual current and gas identifiers, engines requiring fast control (signal transmission), inverter control gear, pre-drive cradles for driving semiconductors, and other mechanical and purchaser applications requiring rapid sign transmission and enhancement without stressing over burden capacitance.