TL431ILPRPG Overview

This program uses the TO-226-3, TO-92-3 (TO-226AA) (Formed Leads) package.As a voltage reference, it operates on Shunt control.Tape & Box (TB) external packaging encloses the voltage reference ic.As a result of terminations 3, a number of functions are performed.For precise voltage measurements, ±2.2% is the tolerance.A digital IC THREE TERMINAL VOLTAGE REFERENCE is coupled to the voltage reference ic.A test statistic determines the output voltage 36V.A 1 output is sufficient.To enter input, the user fills out a Adjustable form.The part has 3 pins.Reflow soldering should not exceed 260 degrees Celsius.There is a part with 3 pins that have been settled.By using Through Hole, the PCB design can be made more demanding.A suitable candidate for work within -40°C~85°C TA.You can find other relevant parts by searching for "TL431".Through Hole is the best fit for this application.If the voltage reference ic outputs 100mA current, you cannot expect it to output more.It has a maximum output voltage of 36V, which is equal to its maximum input voltage.It is generally considered correct to have a cathode current of 1mA.There is a voltage output of 2.495V at the lowest point.Due to the part's maximum input voltage of 37V, users need to confine the voltage accordingly.Are there substances of Very High Concern (SVHC) in the voltage reference circuit?Voltage references can generate voltages of 2.495V regardless of external conditions.Voltages up to 36V could be sent by the voltage reference circuit.

TL431ILPRPG Features

±2.2% Tolerance
THREE TERMINAL VOLTAGE REFERENCE Analog IC
Peak Reflow Temperature: 260
Max Output Voltage: 37V
Reference Voltage: 2.495V

TL431ILPRPG Applications

There are a lot of ON Semiconductor
TL431ILPRPG Voltage Reference applications.

• 3 V/5 V, 8-bit to 12-bit data converters
• Precision data acquisition systems
• High resolution converters
• Industrial process control systems
• Precision instruments
• Notebook Computers
• Cell Phones
• Industrial Process Control
• High-Resolution Analog-to-Digital
• and Digital-to-Analog Converters