MAX188ACPP+ Overview

The package 20-DIP (0.300, 7.62mm) contains this item.There is a Tube package available for this data acquisition unit.Maintaining a 0°C~70°C working temperature ensures normal operation.As a result of this outstanding Data Acquisition System (DAS), ADC, you will be able to receive what you paid.This part will save even more space if it is mounted through Through Hole.In the event that your meter does not display ±5V for the supply voltage as this unit is designed, you should redo the circuit.Total, there are 20 terminations that have been made.In order to access high performance for a wide range of applications, we have included the 1 functions here.A unit such as this can perform complicated tasks with the efficiency that comes from deploying 8 channels.If you're looking for parts with similar specs, search "MAX188".Data acquisition units need a voltage of 5V to operate properly.There are 20 pins on it.There is a high resolution data acquisition device on this market which is a 12-bit device.Pins 20 are included in the unit.Through Hole improved the feasibility of many uses.Similarly to other high-quality Analog to Digital Converters, this unit is very reliable.Analog-to-digital converters/Digital-to-analog converters is possible to supply this device using 5V.In order to facilitate high-level analog source acquisition, 8 analog IN channels have been implemented.There are 1 A/D converters in this part.Analog-to-digital converters/Digital-to-analog converters is important for users to become aware when the supply voltage climbs close to 2.5mA.

MAX188ACPP+ Features

Through Hole acquisition unit
8 channels process
12-Bit acquisition unit
5V unit

MAX188ACPP+ Applications

There are a lot of Maxim Integrated MAX188ACPP+ ADCs/DACs applications.

• Multiplexed Data Acquisition Systems
• Data Distribution System
• Direct Digital Synthesis (DDS)
• Data Acquisition Systems
• Automatic Test Equipment
• Portable Equipment
• Level Setting
• Communication Systems
• General Purpose Trimming Adjustments
• Direct Digital Waveform Generation