Part Number: SN74LVC2G86 Other Parts Discussed in Thread: SN74AUC2G86 , SN74LVC86A-Q1 , SN74HCS86-Q1 At present, I have customers who need to recommend XOR logic materials.
The demand is 3.3V, dual input, two groups.
I would like to ask if BU is currently…
Part Number: SN74LVC2G86 Hi Team,
Please help to provide the thermal shutdown temperature for part number SN74LVC2G86DCUR. This is required for thermal analysis for our customers.
Best regards,
Jonathan
Part Number: SN74LVC2G86 Hello,
Our customer has an question for latch-up test condition in our reliability test of SN74LVC2G86DCUR.
Our qualification summary report says that our latch-up test is based on JEDS78.
But they are not familiar with this…
Part Number: SN74LVC2G86 Hi Team,
A customer is simulating SN74LVC2G86 and encountered an error in the spice model. Here is his inquiry.
"I need to use the 74lvc2g86 with all voltages translated down say vcc=-3V vee=-8v and same with inputs and outs…
Part Number: SN74LVC2G86 Hi Guys
Customer is using our SN74LVC2G86. There is a detailed question about the input logic voltage level:
There are two understandings of Vih in the SN74LVC2G86 SPEC:
1. The minimum Vih value is 2V, assuming Vih is 2.1V, indicating…
What exactly do you mean with "differential TTL output"? The THVD1451 is an RS-485 transceiver, so its output voltage conforms to the RS-485 specification.
To output differential signals at 0 V and 3.3 V, route the same signal into a buffer…
You already have twisted pairs. So consider using LVDS. Or creating your own differential protocol by using SN74LVC2G86 and comparators.
If you really want to use single-ended signals, then your only choice is to add low-pass filters to remove high-frequency…
The logic family with the strongest symmetric output drive is LVC (±32 mA at 5 V). You could use the SN74LVC2G86 to have both buffer and inverter in one device.
For even higher drive strength, use a gate driver like the UCC27325 (rated for ±200…
