Part Number: LM185-1.2QML Team,
What are the differences between components 5962-8759401XA, LM185H-1.2/883, and 5962-8759405XA?
They all look the same spec wise.
Regards,
Aaron
Part Number: LM185-1.2QML-SP Hi team, working with a customer on this device. They need to know what is the lid (metal can) connected to, is it floating or ground? 5962R8759461VXA is the part number and it's in a 2 pin NDU package.
Hi Kevin,
The LM185-2.5QML-SP is QMLV, but it is not rad hard (RHA). This is is signified by the "-" in its DLA part number: 5962-8759406VXA.
The 1.2V version of this part ( LM185-1.2QML-SP) is QMLV-RHA up to 100krad (signified by the "R" in its…
Part Number: LM185-1.2QML Hi, there,
I checked a product status of LM185WG-1.2/883 to purchase the LM185WG-1.2/883 today.
I checked on the TI homepage, and the product status of LM185WG-1.2/883 is Active, but it doesn't seem to be available for purchase…
Part Number: TPS50601A-SP Other Parts Discussed in Thread: TPS7A4501-SP , LM139AQML , , TPS7H1101A-SP I'm doing some part analysis work and can't find some values on the related datasheets, mostly pertaining to power consumption and clock frequency, on multiple…
Other Parts Discussed in Thread: MKT-WG16A-MS , MKT-WG10A-MS , SN0020HKH , SN0010HKU , TPS7H1111-SP , TPS7H4011-SP , TPS7H6003-SP , SN00020FK Looking for mechanical package samples for trim and form setup
Answer:
For our Space Power Ceramic QMLV qualified portfolio…
Hello Saverio,
The lowest fixed voltage space grad reference is 1.2V. It is the LM185-1.2QML-SP.
We have a programmable reference if you need 1V. It is the TL1431-SP.
Our space grade products can be found at ti.com/space
Let me know if you have…
5962-8671101XA = LM113QML (1.220V Typical) Reference Diode , in the 2-pin NDU package
Looks like the entire LM113/LM313 family is marked 'Obsolete'.
Using the TI Parametric Search, tool the closest fit appears to be : LM185-1.2QML, with a Typical…
Could TI please provide guidance for how to trim/form the leads of ceramic devices and provide the PCB footprints so we can integrate into our system design?