Part Number: INA1650-Q1 Other Parts Discussed in Thread: TINA-TI , INA1650 Hi team,
My customer want to simulate the loop stability(output oscillation, or not) of INA1650-Q1.
The PSPICE model and/or TINA-TI model can simulate it?
I questioned because I…
Part Number: INA1650-Q1 Other Parts Discussed in Thread: INA1650 Hi,
Customer have questions regarding the single supply for this IC, please see details below.
In Fig 53 (pg 25), how is the circuit to be modified for Single Supply, 12 VDC, nominal, for…
Part Number: INA1650-Q1 Other Parts Discussed in Thread: INA1650 Hi team,
My customer want to use INA1650 with 5V single supply, 20kohm load and 2.2V reference voltage.
Could you calculate/simulate the maximum output voltage swing in this condition?
Is…
Part Number: INA1650 Other Parts Discussed in Thread: INA1651 , TINA-TI , OPA1637 , Hi there,
I've been looking at the INA1651 as a differential line driver. Section 8.6.2 of the data sheet shows a good example of a differential line driver with a single…
Part Number: INA1650 Hello, I'm planning to use the INA1650 as a line receiver in my amplifier design. I wish to buffer the inputs to be able to daisy-chain the audio signal to other amplifiers. I was thinking to use another INA1650 as a line-driver…
Hi Denis,
I will attach some simulation files in TINA-TI.
5127.INA1650Vs12V+PCM5242Vref.TSC 0820.INA1650Vs12V+PCM5242Vcom.TSC 3000.INA1650Vs+-12V+PCM5242Vref.TSC
While, please note that, the output from INA1650 is 4.2Vrms when PCM5242 generates 2.1Vrms…
Part Number: INA1650 Hello Team,
Good day.
My Customer wanted to know how will a Single-Supply-Solution of the circuit on page 28 of the INA1650 datasheet look like?
8.2.6 Differential Line Driver With Single-Ended Input" in single-supply solution.…
Hey Hailang,
The OPA1678 can do this however I have provided additional examples since I don't know much information regarding the application. If you need further assistance for a specific design I would be happy to help. I would need some preliminary…
Part Number: INA1650 Hello dear Ti. I've got one main question regarding input capacitors, which are 10uF (recommended), my question is why TI is using MLCC caps (like X5R or X7R) when they're well know for introducting distortion and piezo electric effect…
Part Number: INA1650 Other Parts Discussed in Thread: LME49724 Hi
Could it be possible to use INA1650 as fully-differential amp?
I want to substitute LME49724.
BestRegards