Part Number: OPA4992-Q1 Other Parts Discussed in Thread: OPA4992 , We are currently using the OPA4992‑Q1 operational amplifier in a current‑sensing application operating within a switching environment. During normal operation, we observe periodic transient…
Part Number: OPA4992-Q1 Tool/software: Hello,
My customer has been investigating OPA4992-Q1. They'd like to know the output swing from rail for Vs=5V. The datasheet on page 9 shows the ones for Vs=40V and 2.7V. Would you please tell me the one for Vs…
Part Number: OPA4992-Q1 Other Parts Discussed in Thread: LM6144 , TLV2371 , TLV9061 Hi
I would like to know whether the die used in single, dual and quad packages is the same or is a different die. Also are these parts packaged at the same location…
Part Number: OPA992 Other Parts Discussed in Thread: OPA2992 , OPA4992 , , OPA2196 , TLV2197-Q1 Tool/software: HI , see the sch , is it OPA2992 (OPA4992 ) can work at vcc=5v and vee=-35v , input -15v , and want to get -15v*2=-30V , is it ok ? thanks.…
Part Number: OPA4992-Q1 Hi Team
What are the main differences between the OPAx992 series and the OPAx990 series?
What are the main differences from the TLV930x series?
Thanks.
Boyan
Part Number: OPA4992 Other Parts Discussed in Thread: MC33078 , TLV9164 , , TLV9364 Hi Team,
Is there any better suggestion to replace MC33079DR2G?
MC33078_D-1811153.pdf
Part Number: OPA4991 Other Parts Discussed in Thread: TLV9364 , OPA4992 Tool/software: Hi,
One of my customers recently reached out to me with an issue where the slew rate they are seeing from the device is off by an order of magnitude than what they…
Part Number: LM6134 Other Parts Discussed in Thread: OPA4992
[Case:711717]Technical Data Inquiry
SiliconExpert is contracted by our customer to work with their suppliers for accuracy and compliance.
Please advise if we can consider that "LM6134BIM…
Part Number: OPA4141 Other Parts Discussed in Thread: TINA-TI , OPA4992 Dear Sir:
I am using opa 4141 opamp in a PLL to lock a vco system to 350000Hz reference oscillator signal. The error should not be > 0.0003 Hz roughly..
When the opamp that derives…