AD620 Microvolt MV Voltage Amplifier Signal Instrumentation Module Board 3-12VDC – KSH 700 at HIMASTORES Mombasa – best electronics in Kenya

AD620 Microvolt MV Voltage Amplifier Signal Instrumentation Module Board 3-12VDC

SKU: HMJ543 Category: Amplifiers
KSH 700.00
In Stock

Product Description

AD620 Microvolt mV Voltage Amplifier Signal Instrumentation Module

High-Precision Instrumentation Amplifier for Sensor Signal Conditioning

The AD620 is a lowcost, highaccuracy instrumentation amplifier requiring only one external resistor to set gains from 1 to 10,000. It is optimized for 3-12VDC operation and is ideal for amplifying small differential signals such as ECG, strain gauge outputs, and bridge transducers.

High Precision Amplification - Gain range of 1 to 10,000 with 0.12% accuracy
Low Power Consumption Ideal for 312VDC battery-powered applications
Operating voltage: 3V to 12V DC
Gain set with single external resistor
Low noise: 9nV/√Hz
Low input bias current: 1nA max
Use for bridge amplifiers, ECG, and industrial sensor conditioning

Technical Specifications

ParameterValue
Supply Voltage3V to 12V DC
Gain Range1 to 10,000
Input Offset Voltage50µV max
Input Bias Current1nA max
CMRR100dB min (G=10)
Bandwidth120kHz (G=100)
Operating Temp-40°C to +85°C
Package8-pin DIP / SOIC

= Key Features =

+Single External Resistor Gain Set - Simplifies design for variable gain applications

+Excellent CMRR - 100dB minimum for noise rejection

+Low Input Bias Current - 1nA max suitable for high impedance sensors

+Low Noise - 9nV/√Hz at 1kHz

+Wide Supply Range - 3V to 12V for flexible power options

= Applications =

  1. ECG and medical instrumentation amplifiers
  2. Strain gauge and bridge transducer amplifiers
  3. Industrial process control and sensor interfaces
  4. Data acquisition systems and signal conditioning
  5. Portable and battery-powered instrumentation
Proven Industry Standard - Widely used instrumentation amplifier
Easy Gain Setting - Only one resistor needed

√ Available in DIP and SOIC packages

√ 8pin throughhole and SMD versions

√ Low power consumption for portable designs

Troubleshooting

No output signal:

  • Check supply voltage (3V to 12V DC)
  • Verify gain resistor installation
  • Ensure correct pin connections (pins 2 and 3 for inputs)

Excessive noise:

  • Use proper bypass capacitors on supply
  • Shield input leads from interference
  • Check ground connections