Part Number: LME49724 Other Parts Discussed in Thread: OPA1632 , TPS54202 We are attempting to prototype an LME49724 input buffer to the Cirrus Logic CS5361/81. Our design is based on the OPA1632 and LME49724 input buffer examples from TI data sheets…
Part Number: LME49724 Other Parts Discussed in Thread: OPA1637 , OPA1632
We are in search of a drop-in replacement for the LME49724 in the SO8 package.
All we've found so far is the OPA1632DR.
Hoping the TI team can provide some other alternatives…
Part Number: LME49724 Hi TI!!
We are looking for some alternative part For lme49724 with differencial output of atleast 36V.
We are having an analog single ended signal of range 0-10V .We want to amplify this to a unipolar differential output of range…
Part Number: LME49724 Hello,
We currently use the leaded version of the part in our leaded PCBA's (Sn/Pb solder).
Now that we can only get the RoHS version, can we use the RoHS part with Sn/Pb solder without any issues?
Part Number: LME49724 HI
In the community in 2015, you mentioned that the LME49724 would go EOL soon. The part is still listed as active and in production. Can you provide it's lifecycle status? (i.e. is it going to be orderable for at least a couple…
Part Number: LME49724 HI
We want to drive the Enable pin between -12V(-Vee) and 0V, and we’d like to use a single-ended drive with a resistor pull-up or pull-down.
Do you have a figure for input resistance or current draw for the Enable pin, in…
Hi Michael,
We will update LME49724 TINA Reference Design in order to show the modeled parameters.
You can also check these at the unencrypted PSpice model and TINA model (module only) available in the same section of LME49724 product folder. The…
Part Number: LME49724 See attached schematic of LME49724, with dc servo circuit to null dc offset voltage on the outputs. The input to the LME49724 is the summation of two signals. Note: I realize that I should add another 0.1uF cap across R55 (so it…
Part Number: LME49724 Hi, Is there an Q100 verison of this part on the road map, or another differential part that is Q grade which could give audio level performance
Part Number: LME49724 Other Parts Discussed in Thread: OPA1637 Hi there,
I was looking through the LME49724 datasheet, and figure 53 gives a nice example of pairing the LME49724 for an ADC input, however, I'm after some assistance to design this product…
