Part Number: SN6505B-Q1 Other Parts Discussed in Thread: SN6501-Q1 Hi Expert，
When customer using SN6505B-Q1 for traction inverter.But they meet a thermal issue. Here is the schematic:
At fist, customer follow the reference design of SN6501-Q1; The output…
Part Number: SN6505B-Q1
Hi Expert,
Could you please check with design team what is the Coss for SN6505B-Q1 internal MOSFET?
My customer needs to validate the voltage spike caused by the resonance between leakage inductance and internal MOSFET Coss to…
Part Number: SN6505B-Q1 Other Parts Discussed in Thread: LM5160-Q1 , LM5160
Hi Team,
What’s the difference of output-regulation-performance between Flybuck and Push-pull ?
The use-case is CANbus module as below shows:
A simple comparison table…
Part Number: SN6505B-Q1 Hi team,
Can you please provide SN6505B-Q1 UVLO max. and min value as datasheet only has max for VCC rising and min for VCC falling.
My customer is worst case analysis and they verifying at what VCC level will the device likely…
Part Number: SN6505B-Q1 Other Parts Discussed in Thread: SN6505B , SN6505A , SN6505BEVM , ISO1042 , LM46002 Hi expert,
Now SN6505 is under evaluation on customer side. The competitor is CF0505XT and CWRF1215S. Those two device are all integrate transformer…
Part Number: SN6505B-Q1 Other Parts Discussed in Thread: SN6505A-Q1 , SN6505B , SN6505A Hi team,
Nice to meet you by email. I am writing to ask the difference between SN6505B-Q1 and SN6505A-Q1. Because from below compare table, I didn't know their difference…
Part Number: SN6505B-Q1 Other Parts Discussed in Thread: UCC21222-Q1 , , SN6505B I am using SN6505-Q1 with a Coilcraft U6982-CL transformer in the minimal configuration (figure 46 of the datasheet) to provide +12V isolated power to a UCC21222-Q1 gate driver…
Part Number: SN6505B-Q1 Other Parts Discussed in Thread: LM5141 , LM5141-Q1 , SN6505B Hi,
I'm a FAE for TI products. I have received a question from a customer regarding the spread spectrum function of the SN6505B-Q1 product. The first question is how…
Part Number: SN6505B-Q1 Other Parts Discussed in Thread: SN6501 Hi team,
From the datasheet, we can see that Vo = n*Vin*D. If the design requirements are Vin=5V, Vout=12V, so how to choose turns ratio and duty cycle? because i am not famliar with push…
