Part Number: TLV1701-Q1 Other Parts Discussed in Thread: TLV6001 , TLV313 Hello ,
Could you please provide the info of technical differences between TLV6001 and TLV313 op amp.
Part Number: TLV6001-Q1 Other Parts Discussed in Thread: TLV9001 , , TLV9001-Q1 , INA180-Q1 Hi,
The customer experienced a problem with the operation after configuring the circuit.
The circuit increased R101 (Rshunt) from 0.1 ohm to 1.4 ohm, but it does…
Part Number: TLV6001-Q1 Other Parts Discussed in Thread: TLV9001-Q1 , INA180-Q1 Hi,
Customer would like to use TLV6001-Q1 as Diff. Amp as below circuit.
Is each R value correct when using Diff. Amp?
If the value is wrong, please check the recommended value…
Part Number: TLV6001-Q1 Other Parts Discussed in Thread: OPA348 , TLV6001 I used the suggested design from the filter design tool.
But the simulation in LTspice got abnormal results.
Part Number: TLV6001-Q1 Dear TI experts,
My customer drew their 1st schematic with TLV6001-Q1. Could you review htis schematic?
And please let me know if you need more information for the review. Thanks.
Best regards,
Chase
Hi,
I think my conclusions from last week are correct, TLV6001 with proper passive components should be able to convert your large input voltage to something that is acceptable for ADC input.
Some considerations:
TVL6001 has a relatively high input offset…
Part Number: TLV6001 I have a customer looking for a SOT-23 reverse V+/V- pinout like the TLV6001R. As this device is NRND do we have any other options for this pinout variant? As an FYI they are currently using the LMC7101AIM5 but need the lower input…
Part Number: TLV6001 Hello Team,
My customer is looking for the the typical propagation delay of digital inputs for this device, do we have this information?
Regards,
Renan
Part Number: TLV6001 Other Parts Discussed in Thread: AMC3330 , Dear Team,
The below circuit is derived from TIDA-010232 we are not using all the blocks. Especially AMC3330 .
The HV_POS can come up to 60V and HV_NEG can come up to -60V .
The switch output…
Part Number: TLV6001 Dear Team,
The below image is from this TI design note .
When I did my calculation for Vout.The equation I obtained is given below.
Vout = (VoutP - VoutN)*(R4/R3) + Vref
May I know its a mistake from TI or my end
Regards
HARI