Part Number: OPA462 Hi team,
According to the datasheet, it seems that the output impedance just increases to about 160kOhm while the device is disabled.
But are there any changes else while the device is disabled?
Regards,
Noriyuki Takah…
Part Number: OPA462 Other Parts Discussed in Thread: OPA593 , OPA455 , OPA454 Hello All,
Glad to see this part plus the great app note: sboa510.pdf
For the three op-amp design - how much of a factor is heat at relatively low loads?
I have a couple…
Part Number: OPA462 Hello
We provide a differential voltage power supply, powering the OPA462
I noticed, on start-up, the negative voltage V- arrives before the positive V+.
On the positive power supply we have a little undershoot of -1.4V, while…
Part Number: OPA462 Other Parts Discussed in Thread: OPA445 , Hello. I've "inherited" a circuit that had OPA445 and now OPA462 HV Op-amps.
Investigating some possible settling time issues. Some unexpected behaviour apparently related to input bias current…
Part Number: OPA462 Other Parts Discussed in Thread: OPA455 , OPA454 , OPA593 Hello,
I have been trying to find a replacement for the ADA4700-1 (first amplifier in the picture below) and the OPA462 seemed like a good fit as it shared the package, the…
Hi Danilo,
I was involved with the OPA462 EVM development and just checked the Altium files to see how we designed the PC board thermal system.
The top layer metal shown below (orange image) shows a U1 top metal PowerPAD™ having 8 vias. These 8 vias…
Part Number: OPA462 Dear Sir/Madam
I am using this amplifier for making a Howland voltage to current converter. I will supply the amplifier with +-30V. I read the datasheet but I am a bit confused about which is the best solution to connect the E…
Part Number: OPA462 Other Parts Discussed in Thread: OPA365 , , OPA593 , OPA192 , OPA455 HI bro
in my case，the OPA is very hot，the System can run only few minites and the the OPA will broken。so can you tell me How to Calculate the the Power Consumption…
Part Number: OPA462
Dear Team,
I will be using this amplifier for making a buffer. My input voltage is 36V
My supply is V+ = 50V and V- = -15V
I am planning to connect E/D COM to 0 V, then I need to set E/D between +0.8 V and +5.5 V to enable…
