Part Number: OPA698 Other Parts Discussed in Thread: INA851 OPA698 data sheet specify its power supply is +/- 13V. The recommended power supply range is max +/-6V. Our application needs it to be power supply of +/-10V since occasionally the input can…
Part Number: OPA698 Tool/software: hi team,
customer recently received the PCN notification of OPA698. How can i get PCN samples f this device? thanks!
Part Number: OPA698 Hi I have a circuit comprising OPA698 with gain x2 with input +/- 1.5V and limiting +/-0.3V and am seeing settling time to 6mV (2%) is out past 100nS. From the datasheet it says 2nS for 2x overdrive with clamp levels set to +/-2V.…
Part Number: OPA698 Dear sir/madam,
I would like to ask if there are some relation between output voltage limits vs slew rate for the OPA698. If it was, are there some graph ? Which is the worst slew rate that has this component? In which conditions…
Part Number: OPA698 Hi.
① and ② are questions about using OPA698 with Vs = +5V as shown in Figure 2.
①What does the minimum limiter voltage in the data sheet mean? Does that mean you can't clip at a voltage below + 1.1V?
② What is the definition…
Part Number: OPA698 Other Parts Discussed in Thread: LMH6658 I got the information from my customer that they get the 635-39-0698-00 OPA698ID EOL plan in TI internal.
If yes, please share EOL plan and P2P alternative solution.
BR, Gary
Hello Dimitur,
You need to be wary of your input & output range limitations. In your schematic you are using the OPA698 in single supply, but your are setting your input common-mode range to GND. Note that in the datasheet, your input common-mode range…
Part Number: OPA698 I'm using the limiter function of OPA698. It works always quite well. Input pulse signal is reduced in an output signal below one what I want. However, the current situation is not convenient for me because I don't know why the limiter…
Part Number: OPA698 I understand that the OPA698 clamping pins need to be at least 400 mV apart and cannot approach closer than about 1.7V from either rail (in the +/-5V configuration). My questions are with regard to other limits. First, is it safe to…
