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Part Number: DS16F95QML-SP Hi,
Could you guide for lead forming or share the experience about damage after lead forming?
There is damage issue in 1u/15u as below picture
Customer guess that it is due to damage by lead forming.
Customer had similar issue…
Part Number: DS16F95QML Hi Team,
What is RO Voltage Range ? There is E2E post regarding this but my customer need more clarifications about this. They want to interface with 3.3V range Input
DS16F95QML: Voh max - Interface forum - Interface - TI E2E support…
Part Number: DS16F95QML I am wondering if there is any information on junction to board thermal resistance, or junction to lead thermal resistance? The NAD package datasheet only has a junction to case thermal resistance of 18 C/W. Thank you for your…
Part Number: DS16F95QML
Hello E2E Experts.
Good day.
As stated in the E2E link below, VOH max of 3.6V at VCC=5V at room temperature.
The question is: Why is it not in the datasheet?
And below snap from the datasheet shows the condition as Vcc=5.5V b…
Part Number: DS16F95QML Hi Experts,
Good day.
Our customer is asking for the min & max Voh for the following condition. Vohmin=2.5V Vohmax= ? @Vcc=4.5V Vohmin= ? Vohmax=? @Vcc=5V Please assume other conditions stated in the datasheet. Keep safe.
Regards…
Rajan,
I believe that the standard for RS485 devices is to be able to drive a 1.5V differential signal across a 54ohm load, which the DS16F95QML is designed for.
Note that if you are terminating at both ends of the transmission line, you will have affected…
Part Number: DS16F95QML-SP Other Parts Discussed in Thread: DS16F95QML I am looking at making a absolute worst case analysis for this part, and I am curious if the output from the driver also influences the power consumption of the DS16F95QML. My system…
Part Number: DS16F95QML-SP Other Parts Discussed in Thread: ADC128S102QML-SP , Requesting Rad Hard reports for Dose Rate Effects, these would follow MIL STD 883 TM 1020, 1021, or 1023 and would be performed either at a Flash X Ray or Linear Accelerator…
