MAX130CPL+3 [Maxim]

MAX130CPL+3 Overview

The package follows the same design pattern as Tube.There is a version 40-DIP (0.600, 15.24mm) of the package that includes it as part of it.The type of display used in this electrical device is LCD.This electronic component is mounted on the board using the Through Hole axis.Display drivers is recommended that this electrical part be operated at a temperature of 0°C~70°C.As long as you use a 4.5V~14VV power source, it should work.Transmission lines are terminated with 40 terminations using devices whose characteristic impedance matches that of the transmission line.One of the members of the MAX130 family of devices is this device.There are a total of 21 40 pins on the device.As a matter of fact, it has 40 pins installed.As this electronic component is mounted on the board using the Through Hole axis, we can adjust the position of the component.There is a voltage of 9V applied to the supply voltage of this device.To ensure that 100?A plays its full role, the supply current must be provided so that the function of 100?A can be accomplished.The same can also be done with Analog to Digital Converters.To ensure high efficiency, the supply voltage should be maintained at 14V.Due to its two 9V power supplies, it can run anywhere in the world.ADC, DUAL-SLOPE converters are based on the voltage at the input and output of the source in order to convert the voltage.A 1 analog In channel is a channel in the electromagnetic spectrum that represents a bandwidth.This electronic part was designed using 16 Bits as a design tool.

MAX130CPL+3 Features

40-DIP (0.600, 15.24mm) package
MAX130 family
40 pin count
40 pins
9V power supplies
ADC, DUAL-SLOPE converters

MAX130CPL+3 Applications

There are a lot of Maxim Integrated
MAX130CPL+3 display drivers applications.

• Relay Driver
• Digital Clock, Thermometer, Counter, Voltmeter
• Instrumentation Readouts
• Instrumentation
• Test Equipment
• Hand Held Instruments
• Bargraph Dlsplays
• Numerlc and Non-Numerlc Panel Dlsplays
• High and Low Temperature Envlronment s where LCD
• Dlsplay Integrtty ls Compromissd