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 Other Parts Discussed in Thread: SN6501 , SN6505B Tool/software: Hi TI Team
I have the design kit SN6507 from Wuerth-Elektronik and I tested it with my own requirements. I need an isolated psu for an 4-20mA loop.
Input voltage…
Part Number: SN6507 Tool/software: i follow the indication to use Wurth transformer PN 750319693 to have 24VDC out put voltage (12V input voltage).
the problem is that I have 27VDC as output voltage.
I have not use LDO because my input voltage is…
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 Tool/software: Hello,
I am using the SN6507 in an isolated DC-DC application and encountered unexpected behavior related to the CLK pin configuration.
Observed behavior:
When I connect a 60 kΩ resistor from the CLK pin to…
Part Number: SN6507 Tool/software: Hi,
I need to design a isolated DC/DC converter for 24V input, 5V@500mA output using SN6507. I would like to go with custom toroidal transformer design.
I have no difficulties to calculate the Vt product, transformer…
Part Number: SN6507 Tool/software: Hi,
At a frequency of 1 MHz, the static power consumption should be 5-6 mA. In actual testing, it reaches 27 mA. I suspect that this is because there is a conduction path in Q1 and Q2. If there is no way to set the…
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 Tool/software: Dear Expert
I would like to ask a few questions about the application of the SN6507DGQR chip: Application scenario, 12V input, output around 12V, transformer tie ratio 1:1, 1. To adjust the duty cycle, according to…
