Hi Tom,
We have noise data for this device up to 100kHz, which is the maximum of the range it was designed around.
There is a plot in this article which shows the noise performance of this device, as well as the TPS7H1111-SP (our Ultra-Low Noise, High…
Susan,
There are various aspects that would impact the noise spectral density on the output of the LDO. Much of this is internal to the design and noise on the internally generated reference voltage.
The capacitance on the soft start pin will likely influence…
Other Parts Discussed in Thread: TPS7H1111-SP , TPS7H1101A-SP , TPS7A4501-SP Answer:
Looking at two of our most popular space rated Class V Low DropOut (LDO)s in our offering, and our upcoming release to market for our flagship ultra-low noise, high PSRR…
Other Parts Discussed in Thread: MKT-WG16A-MS , MKT-WG10A-MS , SN0020HKH , SN0010HKU , TPS7H1111-SP , TPS7H6003-SP , SN00020FK Looking for mechanical package samples for trim and form setup
Answer:
For our Space Power Ceramic QMLV qualified portfolio of devices…
{ANS} For a number of our most popular QML Class-V radiation-hardened ceramic packaged devices (denoted with the -SP at the end of the part number) TI does offer engineering model ”/EM” versions and if these /EM parts are available you can find these…
Lead-times and available finished good inventory vary by device and change over time, but we are dedicated to providing quick and easy access to all our devices via TI.com.
To help provide more transparency into TI’s available inventory, in late 2020…
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?
