Part Number: OPA4H199-SEP Tool/software: I notice the datasheet for this part lists thermal resistance from 1) junction-to-case (top), and 2) junction-to-board. The junction-to-board thermal resistance looks a bit high for my application and so I'm exploring…
Part Number: OPA4H199-SEP Tool/software: Hi Team,
My customer wants to use the OPA4H199-SEP for their space application. Since they would have inputs going to the main and redundant cards at all the times but the VDD would only be in the main card, they…
Part Number: OPA4H199-SEP Other Parts Discussed in Thread: TLV1704-SEP Tool/software: Greetings from Data patterns,
Dear Sir,
We are planning to use the product OPA4H199-SEP for our application, Please share the hystersis value (DeltaV) of the opamp…
Part Number: OPA4H199-SEP Other Parts Discussed in Thread: OPA4991 , OPA4991-Q1 , OPA4991-EP Hello,
Is there a non-SEP equivalent for the OPA4H199? I would like to use an alternate for prototypes and engineering modules that does not require the full temp…
Part Number: OPA4H199-SEP
Tool/software:
Hi, coming back on the question related to recovery from a latch-up event through power cycling, it would be useful to know what TI considers a safe level for the current limit value to provide during Latch-Up…
Part Number: OPA4H199-SEP Hello,
The TI Space Products brochure says the OPA4H199-SEP is characterized to 50krad and RLAT tested to 30krad. The datasheet for OPA4H199-SEP states the part is RLAT tested to 30krad.
https://www.ti.com/lit/sg/slyt532i/slyt532i…
Part Number: OPA4H199-SEP Hello : )
The data sheet for the OPA4H199-SEP indicates that it is tolerant to large capactive loads (5nF with a 50 Ohm Riso). In our application we would wish to have DAC controlled DC Biases go to a sensor. The data sheet for…
Part Number: OPA4H199-SEP Does this part experience any SEFIs that require power cycle or is it just transients? Or has no data been collected on this? Thanks
Part Number: OPA4991 Other Parts Discussed in Thread: OPA4186 , OPA4196 , OPA4197 , OPA4H199-SEP Tool/software: Hello?
I'm writing this article because debugging a current measurement circuit using a shunt resistor, but the output instability has not been…