Part Number: INA214-Q1 Tool/software: Hi, Team
One of my key customer, KyungShin need 90 Gain INA part. So INA214-Q1 is closest part and asking how to change gain to 90.
we know INA214-Q1 has 100 Gain. customer wants to change it as 90. So 1kohm is…
Part Number: INA214-Q1 Other Parts Discussed in Thread: INA214 , Dear TI
I have question
Rshunt = 0.02 ohm
IN+ = 7.5V
V+ = 3.3V
Question
1) INA214 gain is 100.
If Consumption current (I shunt) is 0.1A, OUT pin voltage is 0.2V? Is it right…
Part Number: INA214-Q1 Other Parts Discussed in Thread: INA214 Tool/software: I have a question about INA214
If I use 3.3V on V+ Line, How much voltage can recognized in IN+ and IN- ?
1. I used 7.5V voltag, Is it possible to recognize?
Is it recognize…
Part Number: INA214-Q1 Tool/software: is it possible to clean this components after smd soldering process?
do you have any raccomandation?
thanks
best regards
Marco Costanzo
Part Number: INA214-Q1 Other Parts Discussed in Thread: INA214 Dear team,
In our datasheet mentioned gain error is related by both internal resistor as well as external resistor. According to the simplified calculation of error factor, how should I…
Part Number: INA214-Q1 Other Parts Discussed in Thread: INA240 hi team,
now my customer want to use INA214-Q1 to sense the current of motor, The motor speed is based on 100rpm, current sampler scheme, phase current frequency is approximately 14Hz…
Part Number: INA214-Q1 Other Parts Discussed in Thread: INA214 Hi,
Can you provide a complete, detailed list of differences between INA214-Q1 and INA214，the customer will schedule the test based on the point of difference，thanks
Part Number: INA214-Q1 TEXAS INSTRUMENTS - PCN : 20231220001.2 - Effective Date : 2024/06/20 - PCN Types : Fabrication site change / Qualification/Country of Origin/New Subcon (FAB)
About the "CS2305251: PPAP20231227-028858", Here I create the first…
Part Number: INA214-Q1 Hi expert,
My customer find some issue about Ref pin floating or give it a 3.5kohm will see the output signal have 10khz abnormal noise as this pic
their original circuit connect is Ref pin and Gnd pin connect together then…
