Part Number: CSD19532Q5B Hello team,
I have question about Isd spec for CSD19532. I have referred below link to understand Isd
https://www.ti.com/lit/pdf/snvaa86
Isd is limited by max P_diss. So, if FET can dissipate more power, Isd spec will increase…
Part Number: DRV8350F Other Parts Discussed in Thread: CSD19532Q5B , Hi team,
Here's an issue from the customer may need your help:
Does the DRV8350FH gate driver require an additional capacitor between GS of the MOSFETs when driving the three-phase…
Part Number: CSD19532Q5B Hey,
In the Datasheet is only mentioned the avalanche energy for single pulses. What current can the body diode withstand permanently e.g in case of the avalanche effect?
Is it rated for the same current as its output?
Kind r…
Part Number: CSD19532Q5B Other Parts Discussed in Thread: TPS2419 Hello,
My customer wants to use the two isolated DC/DC outputs by connecting them in common using two CSD19532Q5Bs as shown below.
This is to keep supplying 12V to the other even if one…
Part Number: CSD19532Q5B Hi Team,
My customer is looking at using the CSD19532Q5B FET. They like the smaller package size versus a D2PAK, but the datasheet is light on thermal information.
Do we have any additional data on the SON 5x6 FET package's thermal…
Part Number: CSD19532Q5B Hi team,
I'm checking the MOSFET SOA spec and i'm finding there is DC terms in Figure 10. Maximum Safe Operating Area.
Does it mean that MOSFET can endure at least 100V/0.1A? It's not make sense to me because the Pd is…
Part Number: CSD19532Q5B Hi team,
Please let me know this.
1. linear thermal expansion coefficient package
2. thermal conductivity of package
Best regards,
Kento
Part Number: CSD19532Q5B Other Parts Discussed in Thread: LM5145 , , CSD19534Q5A , CSD19533Q5A We are using LM5145 this part with the low side FET (NTMFS015N10MCL) and the high side FET (FDMS86102LZ). However, the output voltage was abnormal. so we would…
Part Number: CSD19532Q5B Hi Team,
Our customer would like to incorporate CSD19532Q5B to Cadence 17.2 PSpice Simulation. He is requesting for instructions how to add to PSpice simulation model to Cadence 17.2.
Regards,
Danilo
Part Number: LM5122-Q1 Hi Expert, When customer is using the LM5122+CSD19532Q5B scheme to boost the voltage, VIN=12V, VOUT=70V, Fsw=110Khz, and it can work normally with a 100R load; when the load resistance drops to 70R, the output voltage is pulled down…