Part Number: LPV511 Hi,
I was referring to the LPV511 datasheet, output swing high is 100mV, with Positive rail supply 3V, 3 - 0.1 = 2.9V which looks correct. For output swing low its -100mV negative rail supply is 0. The output should be +100mV,…
Part Number: LPV511 Hi,
We have selected LPV511 OP-AMP for High Side Current Sensing . We require the following confirmation before proceeding,
1.Is the resistor R3 Internal/External to the IC? I assume as per the datasheet it is internal and has…
Hi Dennis,
The simulation result of webench's Magnitude is no problem, as shown below.
webench_design_4592932_45.tsc But I import the schematic to TINA, the result is different. Please help to check. Thanks!
Part Number: TLV2401 Other Parts Discussed in Thread: LPV511 , LPV811 Hi! We designed an application with the TLV2401. While doing verfification, I was tracking down the unexpected excessive supply current to the TLV2401. Aside from the excessive current…
Alperen,
The temperature drift will be constant over the operating range of the OpAmp. For example, in the LPV511 datasheet ( www.ti.com/lit/ds/symlink/lpv511.pdf ) the following footnote on temperature drift: (4) Offset voltage drift is specified by…
Enter 10 V and SC70 into the search function . The TLV9351 and OPA990 are not yet available in the SC70 package. The TLV172/OPA172 do not have rail-to-rail inputs. The LPV511 has a different pinout.
Hello Albert,
Thank you for your post. Take a look at our OPA333.
Supply: 1.8V to 5.5V
Bandwidth: 350kHz
Power consumption: 17µA typical, and 25µA maximum
You can request a sample here: http://www.ti.com/product/OPA333/samplebuy
Otherwise…
