Precision Signal
Processing Technologies

Precision Amplifiers

The Analog Devices precision amplifiers are specifically designed to support traditional trimmed and zero-drift amplifier technology. These world-class products are designed to maximize the performance of the data converters in the signal chain and optimize the overall design.

Part Number	# Channels	GBP - Gain Bandwidth Product (typ)	SR - Slew Rate (typ)	Supply Voltage	Vos - Input Offset Voltage (max)	TcVos - Voltage Drift (max)	Input Bias Current (max)
ADA4530-1	1	2 MHz	1.4 V/µs	4.5 to 16 V	50 µV	0.5 µV/C	20 fA
ADA4622-1/2/4	1/2/4	8 MHz	23 V/µs	5 to 30 V	0.35 mV / 0.8 mV	5 µV/C / 15 µV/C	10 pA
ADA4522-1/2/4	1/2/4	2.7 MHz	1.8 V/µs	4.5 to 55 V	5 µV	22 nV/C	150 pA
ADA4177-1/2/4	1/2/4	3.5 MHz	1.5 V/µs	±2.5 to ±15 V	60 µV	1 µV/C	1 nA
ADA4077-1/2/4	1/2/4	3.5 MHz	1.2 V/µs	±2.5 to ±15 V	25 µV / 50 µV	0.25 µV/C / 0.55 µV/C	1 nA
ADA4084-1/2/4	1/2/4	15.9 MHz	4.6 V/µs	3 to 30 V or ±1.5 to ±15 V	100 µV	1.75 µV/C	25 nA
ADA4528-1/2	1/2	3 MHz	0.45 V/µs	2.2 to 5.5 V or ±1.1 to ±2.75 V	2.5 µV	0.015 µV/C	400 pA
ADA4661-2	2	4 MHz	1.8 V/µs	3 to 18 V or ±1.5 to ±9 V	150 µV	3.1 µV/C	15 pA
AD8622	2	540 kHz	0.28 V/µs	±2.5 to ±15 V	125 µV	1.2 µV/C	200 pA
AD8624	4	540 kHz	0.28 V/µs	±2.5 to ±15 V	125 µV	1.2 µV/C	200 pA
ADA4610-1/2/4	1/2/4	16.3 Mhz	25 V/µs	±5 to ±15 V	0.4 mV / 1 mV	4 µV/C / 8 µV/C	25 pA
ADA4500-2	2	10 Mhz	8.7 V/µs	2.7 to 5.5 V or ±1.35 to ±2.75 V	120 µV	5.5 µV/C	2 pA
ADA4700-1	1	3.5 Mhz	20 V/µs	±5 to ±50 V	2 mV	13 µV/C	30 nA