This program utilizes the handy TO-236-3, SC-59, SOT-23-3 package.This part serves as a voltage reference and is controlled by a Series signal.There is an external packaging of Cut Tape (CT).With 3, different functions are terminated.Precision voltage measurements require ±0.2% tolerance.Connected to the part is an analog integrated circuit (IC).An output voltage of 3V is determined based on test statistics.It is sufficient to output 1.Fixed forms are provided for user input.A part with 3 pins is included.Reflow soldering shouldn't exceed 260.Pins 3 are firmly seated in the part.Use of Surface Mount can increase the complexity of the PCB design.-40°C~125°C TA is suitable for work within this range.There are other relevant parts if you search for "REF3130".There is 10mA way the reference voltage can output more current than 10mA in this case.Communication channels of high quality are currently unavailable.The maximum output voltage of the voltage reference ic amounts to 3V volts.The lowest voltage output of the voltage reference ic is 2.994V.As the input voltage of this voltage reference ic is 5.5V, users should confine the voltage accordingly.There must be a 5V supply voltage for it to function.An input voltage of 3.05V~5.5V is usually supported by the voltage reference circuit.It uses 115μA when idle.There is a supply current called 135μA that is used to operate the voltage reference ic.Can the voltage reference ic contain Substances of Very High Concern (SVHC)?In spite of changes in external conditions, this voltage reference can output a voltage of 3V.It starts running at 3.05V voltage at least, according to the record.If the current exceeds 100μA, the voltage reference ic may become damaged and may not operate correctly.
REF3130AIDBZT Features
±0.2% Tolerance THREE TERMINAL VOLTAGE REFERENCE Analog IC Peak Reflow Temperature: 260 Channel Number: 1 Max Output Voltage: 5.5V Current Supply: 135μA Reference Voltage: 3V
REF3130AIDBZT Applications
There are a lot of Texas Instruments REF3130AIDBZT Voltage Reference applications.