Part Number: TLV9062 Other Parts Discussed in Thread: TLV9052 , TINA-TI I've been working on TLV9052 for a project. Recently noticed that it's easier to get TLV9062 from our supplier. As the part is only higher bandwidth version and pin for pin compatible…
Part Number: OPA2364 Other Parts Discussed in Thread: TLV9062
Hi Team,
on customer side, we want to do p2p upgrade on OPA2364IDR and seems TLV9062 is the p2p upgrade version, right? Then could you plesae kindly help provide comparison table between OPA2364…
Part Number: TLV9062 Hi team,
My customer is evaluating TLV9062IDR in their product and met below issue now, could you please give some comments and suggestions?
The capacitive load drive capability shown on the datasheet of the TLV9062IDR is 100pF, but…
Part Number: TLV9062 We are using the TLV9062 in a peak detector circuit. The impulse can be either positive or negative with a max impulse magnitude of +2.5V or -2.5V.
We basically have one circuit using the noninverting input for positive impulse and…
Part Number: TLV9062 My product has an application scenario :put the VCC of the op amp is zero. Vin=1V, There can be no voltage at the positive terminal.
The voltage can be measured at the positive terminal op amp: 0.4V? Why is the positive terminal not…
Part Number: TLV9062 Hello,
I downloaded the TLV9062 TINA Reference Design and I am trying to mimic the Output Small Signal Condition presented in that TINA design.
I created the configuration like this but still not able to achieve the overshoot like…
Part Number: TLV9062 Could you please contact the two authors and inquire about the BOM List of the two-wire microphone circuit?
TI TLV9062 two-wire mic circuit (FAE).pdf
Part Number: TLV9062-Q1 Other Parts Discussed in Thread: TLV9062 , OPA2192 Hi Team,
Our customer has some clarifications about the Input Bias Current of the TLV9062 and TLV9062-Q1 as follows.
I am using some TI Op Amps in a high impedance application and…
Part Number: TLV9062 Hi Experts,
There is a figure for offset voltage vs common-mode voltage.
It looks that when commn mode is close to V+, the offset voltage suddenly becomes worse. So customer may need to use TLV9062 below +1.5V when V+ is 2.75V. Could…