An easy-to-use 8-SOIC (0.154, 3.90mm Width) package is used.The handy Series, Shunt package is used in this program.This program uses the handy Tube package.Various terminations with 8.For precise voltage reference, use ±0.2% tolerance.There is an analog IC coupled to the reference voltage THREE TERMINAL VOLTAGE REFERENCE.As a result, it outputs 4.5V voltage.1 outputs are sufficient.Input can be entered into Fixed forms.The voltage reference ic has 8 pins.The reflow soldering temperature should not exceed 250.In the voltage reference ic, there are 8 pins.The PCB design can be made more demanding by using Surface Mount.Worked within 0°C~70°C TA.You can find other relevant parts by searching "LT1019".For applications with 10mA inputs, the reference voltage is suitable.Surface Mount applications are compatible with the voltage reference.4.5V is its maximum output voltage.A cathode current of 800μA is generally considered to be correct.It is not possible for the voltage reference ic to output a voltage lower than 4.5V.Due to the fact that the maximum input voltage of the part is 40V, users are recommended to limit the voltage accordingly.A voltage of 15V is required for its operation.It must be supplied with a voltage of 6V at a minimum.An input voltage of 6V~40V is common for the voltage reference ic.As long as the voltage reference circuit is idle, 1.2mA is used.There is 1.5mA supply current flowing through the voltage reference circuit.The voltage reference ic contains Substances of Very High Concern (SVHC)?Voltage reference that outputs 4.5V regardless of external conditions.It requires at least 6V voltage to get the voltage reference ic to run, according to the record.
LT1019CS8-4.5#PBF Features
±0.2% Tolerance THREE TERMINAL VOLTAGE REFERENCE Analog IC Peak Reflow Temperature: 250 Max Output Voltage: 40V Reference Voltage: 4.5V
LT1019CS8-4.5#PBF Applications
There are a lot of Linear Technology/Analog Devices LT1019CS8-4.5#PBF Voltage Reference applications.
Computer workstations
Suitable for use with a wide range of video RAMDACs