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,
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 Other Parts Discussed in Thread: LM317A
Tool/software:
Hello,
The SN6507 is powered by 12V. I would like to obtain a voltage of ± 24VDC at the output of the transformer (750319693) 1:2.29.
1. Does the duty cycle allow to regulate…
Part Number: SN6507 Other Parts Discussed in Thread: POWERSTAGE-DESIGNER Tool/software: Customer would like to do the bias power of gate driver for AC inverter. Is there ref. design similar to below condition?
Input Voltage: 24V+/-5%
Isolated Output…
Part Number: SN6507 Tool/software: Hello,
Going through SN6507 transformer calculations I noticed the datasheet refers to "Turns Ratio" as Ns for Np=1 (see Table 9-3).
That's convenient since it's how most push-pull transformers are spec'd, but…
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,
Part Number: SN6507-Q1 Tool/software: Hello team,
I have input 8V to 16V and load current maximum is 200mA. I want to have output of 16V.
I calculated the minimum turns ratio and I am getting around 2.2.
What I have concern is if i choose 2.2 turns…
Part Number: SN6507 Tool/software: Hi team,
How much fsw(switching frequency) was used for Figure 6-4. Efficiency vs Load Current?
Best regards,
Shota Mago
Part Number: SN6507 Tool/software: Hi team,
My customer tested short circuit on SN6507 EVM in room temp. It found IC temp can be up to 120 degrees during short circuit. Is this normal behavior? measure the SS pin voltage and found it's ~1.3V and then…
