Part Number: CSD17308Q3 Other Parts Discussed in Thread: CSD16570Q5B Sir
Our application is targeted at 80W continuous power dissipation.
As estimated, VDS = 20V, ID = 40A, the power dissipation across the MOSFET is 80W.
Figure 10 Maximum SOA shows that…
Part Number: CSD17308Q3 Other Parts Discussed in Thread: CSD17578Q5A , CSD17578Q3A , CSD17581Q5A , CSD17576Q5B Hi Team
There good new that we could DIN our CSD17308Q3,
And need you support following requirement to make sure DWIN ,THX
Please help provide…
Part Number: CSD17308Q3 Other Parts Discussed in Thread: CSD Hello Sr,
I am going to use this N-FET to make a resonant tank,before to start this project I need a simulation with this FET,pls hlep to provide those parameters below for further evaluation…
Part Number: CSD17308Q3 The REACH status of CSD17308Q3 is listed as "Affected", but I am not able to find any more documentation on this. The Restricted Chemical Test Results report for this device is limited only to RoHS and does not address…
Part Number: CSD17308Q3 Hi expert,
I`m using CSD17308Q3 Pspice model to simulate in cadence/virtuoso_spectre, it report "Cannot run the simulation because the syntax error `Unexpected end of file. Expected equals sign, numeric value or string value' was…
Part Number: CSD17308Q3 Hi Sir,
customer use CSD17308 for super Cap application, there is currently a problem as follow:
1. this is customer the schematic, R3 and C11 is soft start function but because there is already 2A of energy before reach the Vth…
Part Number: BQ24715 Other Parts Discussed in Thread: CSD17308Q3 Hi,
We are using BQ24715 as charger ic for application.
While going through the EVM module of BQ24715 the Fet CSD17308Q3 ( Q4 in data sheet and Q2 in EVM module) had a large area left out…
Part Number: CSD17308Q3 Other Parts Discussed in Thread: CSD17559Q5 Hello,
We are working on a novel water-purification system and I am running some simulations on LTspice. The proposed design will make use of the CSD17308Q3 and CSD17559Q5 MOSFETs. Would…
Part Number: CSD17308Q3 Dear,
I use the CSD17308Q3 FET for a high-side switch as shown in the picture, in my circuit which imitates a TI's evaluation board of a driver IC, where the R1 = 5 KOhm, R2 = 10 Mega Ohm.
The application is Li-Ion battery…
