Part Number: ISOM8110 Other Parts Discussed in Thread: ISO7810 , ISO7710 Tool/software: Hi All,
I have a question about ISOM811x. I understand that one of the advantages is that it consumes less current than a photocoupler. Are there any documents that compare…
Part Number: ISOM8110 Other Parts Discussed in Thread: LM3658 , Tool/software: Hello, We recently sold stock of an old Burr Brown part # 3650KG that isn't in your part numbering selector so I selected the LM3658, sorry. Any chance you know what the date…
Part Number: ISOM8110 Tool/software: Hi,
We are looking at using the UCC287505DBVR and were planning on using the TCMT1107 similarly to the evaluation board. We started doing some research due to concerns of reliabilities and such of opto-couplers and…
Part Number: ISOM8110 Other Parts Discussed in Thread: ISOM8111 , Tool/software: Hi team, Please help to recommend suitable devices (P2P would be better) to replace 4N35SM. The datasheet of competitor as below. Thanks. ON-4N35.pdf
Best Regards, Ryker
Part Number: ISOM8110 Other Parts Discussed in Thread: ISOM8116 Tool/software: Hi team, Please help to recommend suitable devices (P2P would be better) to replace LTV-244-GB-G. The datasheet of competitor as below. Thanks. LITEON-Opto-LTV-2X4 series 201412…
Part Number: ISOM8110 Tool/software: e2e,
What is the max value for ISOM811x propagation delay?
In case of Opto-Coupler, there is the manufacturing variation, and it affects CTR and the delay time values.
For example, when RL=10kΩ and Ta=55deg-C, Ts…
Part Number: ISOM8110 Tool/software: e2e,
Could you comment on the storage time (ts) parameter. There is no comment on what it is other than Figure 7-3 showing that it is part of toff. Section 6.8 shows a maximum of 21us which is much slower than the worst…
Hello Neet,
I happy to help. The datasheet line "surge capability: up to 10kV" is refereeing to VISOM in table 6.4 Insulation Specifications. This spec demonstrates the ISOM8110's isolation capability and that it can withstand a transient from…
For devices that provide galvanic isolation, like digital isolators, optocouplers, or opto-emulators, there are many different specifications that might not always be shared across every single device. This is sometimes due to a difference in isolation…
