Part Number: DCP020507 In the application note "EXTERNAL SYNCHRONIZATION OF THE DCP01/02, DCR01/02, AND DCV01 SERIES OF DC/DC CONVERTERS", it is mentioned that for an external synchronisation to a clock, we need to connect the external signal via a BJT…
Part Number: DCP020507
Hi,
I'm working on DCP020507.
My input voltage is 5v and I want 5v and -5v.
So I made circuit like that,, is it safe to connect COM to INPUT? (BTW, 14 pin is -Vout)
It seems okay for now, no heating..
Or is there…
Part Number: DCP020507 Hello,
Does DCP020507U have a restriction on V S slew rate at start-up? It seems the device fails to start up properly when the slew rate is too slow. When V S rises 0.1 V a step at a time on a trial basis, the V S begins to draw…
Part Number: DCP020507 Hello
On page 3 of the DCP020507 datasheet in the device comparison table, it says that the output voltage @75% load will be within 5% of the nominal output voltage: 6.65-7.35V
This for an input voltage of 5V ± 10 %.
1) How…
you will need a little flyback, but it will result too far expensive compared to the output power level and or the size...
what about using dcp020507, maybe 2 in parallel to achieve almost 4W on output (as isolated device you can connect more of them…
DCP02 series cannot be used with IGBT gate driver circuitry in DC continuous mode or frequency controlled with voltages exceeding SELV limit. (m See
See DCP02 Isolation statement from DCP02 specification paragraph 8.3 Description Isolation attached…
Kausahik:
Product specification : DCP02 series and all other DCP01, DCV01, series cannot meet the isolation requirement for IGBT drive systems.
This application IGBT, requires Basic/enhanced Isolation required for IGBT drive application
DCP02…
DCP02 series including DCP021515 cannot be used with ACPL-P343-000E 4.0 Amp Output Current IGBT Integrated Gate Drive...
DCP02 series cannot be used with IGBT gate driver circuitry in DC continuous mode or frequency controlled with voltages exceeding…
