All grades of the LTM2887 are recommended for new designs in Production status. You can see the status of all parts at the top of the product page.
All grades of the LTM2887 are recommended for new designs in Production status. You can see the status of all parts at the top of the product page.
All grades of the LTM2887 are also recommended for new designs in Production status. You can see the status of all parts at the top of the product page.
Wow, that LTM2887 is expensive, and I'm doing a board with three isolated power domains! What do you think of raising the output voltage of the 3260 by one dropout spec and using a nice little LDO after it, sort of a mini-mimickry of what's done…
You can click my profile for my direct email. I've also just sent you an email to the Hotmail address listed on your EngineerZone account.
LTM2887 might work for this application. The ADuM6401 may be another option. There are several options to look…
LTM2894
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LTM2895 |
LTM9100 |
LTM2885 |
LTM2881 |
LTM2882 |
LTM2883 |
LTM2884 |
LTM2893 |
LTM2886 |
LTM2887 |
LTM2889 |
LTM2892 |
LTC1694-1 |
LTC4300 |
LTC4310 |
LTC4302 |
LTC4305 |
LTC4304 |
LTC4303 |
LTC4306 |
LTC4307 |
LTC4307-1 |
LTC430… |