Part Number: TLV171 Other Parts Discussed in Thread: OPA990 , Hello,
I want to confirm the meaning of the below yellow marked current spec in the absolute max table.
In the data sheet of other part numbers like OPA990 like the below, there is…
Part Number: TLV171-Q1 Other Parts Discussed in Thread: TINA-TI , TLV171 Tool/software:
Hello team,
I set up a differential scaling design by TLV171-Q1 in LTSpice, is for to monitor system current. but the result is not equal to caculation.
And…
Part Number: TLV171 Other Parts Discussed in Thread: TINA-TI , OPA171 Hi team,
My customer is using TLV171 to design a voltage follower circuit. When I tried to simulate with TINA-TI, I find that the Vout=10.2V with Vin=12V. Why the Vout is not equal…
Part Number: TLV171 Other Parts Discussed in Thread: TIDA-01352 , TX75E16 Tool/software: Hello,
In Figure 14 on page 17 of the Design Guide: 400-W Continuous, Scalable, +/-2.5-to +/-150-V, Programmable Ultrasound Power Supply Reference Design (TIDUCD8…
Part Number: TLV171 Hi team,
Customers are using TLV171 to provide a floating ground for LDO. But I don't quite understand the principle of this circuit below.
Why does the V_floating=V_CNRL*(390k+20.5k)/20.5k ? Could you kindly explain this for…
Part Number: TLV171 Other Parts Discussed in Thread: TIDA-010015 Hello Sir/Ma'am,
I want to simulate the schematics of TIDA-010015(480W SMPS) design in SIMetrix software. But for this I have to use the SIMPLIS model of the OP-Amp. But unfortunately…
Part Number: TLV171
I try to simulate the Three Op Amp Instrumentation Amplifier Circuit in Pspice or TI, but the result obtain from pspice transient simulation result was different from the results shown in datasheet.
From Datasheet:
…
Part Number: TLV171-Q1 I am reviewing TLV171QDBVRQ1.
i have some questions about these IC.
1. in datasheet, Tp and Tt time wasn't given.
when i calculate the propagation time, I will use Tp and Tt for calculation.
so, can i know the these values…
Part Number: TLV171
Dear Team,
May I ask why V+<V- will let OPA's output pull high?
V+ is connected to GND, but still have output as below,
CH1 V-
CH2 V+
CH3 output
Ch4 Vcc
Many Thanks,
Jimmy