Part Number: SN6507-Q1
Tool/software:
Hi,
We are designing an isolated power supply with an input voltage range of 8V to 18V and a fixed 12V output. I would like to understand how the SN6507-Q1 operates in this application specifically, how it is…
Part Number: SN6507-Q1 Other Parts Discussed in Thread: SN6507DGQEVM , LM25180 , LM5180 , UCC12050 , LM25184 Hello,
I am currently evaluating the SN6507-Q1 for an isolated power supply design. After reviewing the documentation, I would like to confirm…
Part Number: SN6507-Q1 Other Parts Discussed in Thread: SN6507 Tool/software: Requirements:
1.The fixed input voltage is 24V;
2.Output voltage 15-24V, Output Current 50mA.
Is it impossible for SN6507-Q1 to work with this Super Tiny Signal Transformer…
Part Number: SN6507-Q1 Tool/software: Dears,
May I ask if the Wurth series of transformers equipped with SN6507-q1 can support a switching frequency of 1MHz?
Part Number: SN6507-Q1 Tool/software: hi expert
customer worry about the current capacity of 6507 internal MOS, so customer want to use external MOS.
is it possible?
thanks
Part Number: SN6507-Q1 Other Parts Discussed in Thread: SN6507 Tool/software: Hello team,
Could you please share pspice model for the part SN6507-Q1 for transient analysis?
Thank you,
Part Number: SN6507-Q1 Tool/software: Hello team,
In the datasheet nominal duty cycle mentioned as 48% in default mode.
What could be the range?
Thank you,
Part Number: SN6507-Q1 Tool/software: Hello team,
I have bulk capacitor at output and limitting the current using discrete circuit.
Input voltage is around 6V.
1. During normal operation input current is less than 0.5A but during the charging of…
Part Number: SN6507-Q1
Tool/software:
Hello,
Do you have calculator to perform power loss of IC (to check if it is within junction temperature) and power loss of transformer so that I can calculate efficiency?
Also, we will be having other losses…
Part Number: SN6507-Q1
Tool/software:
Hello,
Is it possible to use the voltage double configuration (Vout=2*Vin*D*2*Ns/Np) for wide range input (with duty cycle control)?
Thank you,