Part Number: LMP2012QML-SP The datasheet of the LMP2012QML-SP OPAMP specifies the absloute maximum limit of the supply voltage to be 5.8V. Do i understand correctly that this referes to the voltage difference between the two supply pin i.e. V+ - V-? So…
Part Number: LMP7704-SP Other Parts Discussed in Thread: LMP2012 , TLC2201 , Dear Texas Instruments colleagues,
I am interested in the three products of the issue title, but I have not found the input impedance of these amplifiers. Could you help me…
Part Number: LMP2012QML-SP Tool/software: Hello! I'm looking for some support on understanding the QML vs. Standard part die. Is there a significant difference between the two die? are they made with the same silicon diffusion process and same foundry…
Part Number: LMP2012QML-SP Tool/software: The part number provided above according to the detail specification document (5962-06206) is available in two variants:
1. 5962L06206 01 VZA, LMP2012WGL-QMLV 2. 5962L06206 02 VZA, LMP2012WGLL-QMLV
Device…
Part Number: LMP2012QML-SP Other Parts Discussed in Thread: LMP2012 Tool/software: Hello,
I use an LMP2012, do we know what is the failure mode at output level when the supply reach or go higher than the max rating 5,8Vting ?
Thx
Part Number: LMP2012QML-SP Other Parts Discussed in Thread: LMP2012 Tool/software: Hello, I am using several LMP2012QML-SP's in a space application design. For one application in particular, we are using this device to measure board input supply voltage…
Part Number: LMP2012QML-SP Tool/software: Hi..
One of my customer is considering LMP2012QML-SP in their design but datasheet is not showing input voltage range.
Consider below use case.
Single Supply 3.3V
non-inverting buffer configuration …
Part Number: LMP2012QML-SP Other Parts Discussed in Thread: LMP2012 Hi TI Amplifier Team,
Customer came across a weird behavior during the simulation, the common mode voltage cannot go above a certain voltage (on the positive side). There is no mention…
Part Number: LMP2012QML-SP I need the material weight and lead composition on the following devices TI:LM139AWGRLQMLV (5962R9673802VXA) and TI:LMP2012WGLLQMLV (5962L0620602VZA)
Part Number: LMP2012QML-SP Hello,
I want to implement the 5962L0620602VZA into a new project. Can you answer whether it is acceptable to ground the no connect pin and nothing upsets the operation of the device?
Thanks, Adam