Part Number: UCC27324-Q1 Tool/software: Our customer would like to ask about Revision History. Current datasheet have description following.
Changes from Revision C (June 2018) to Revision D (November 2023) Page
• Changed input threshold voltage values…
Part Number: UCC27324-Q1 Other Parts Discussed in Thread: UCC27324 Hi experts,
How to understand the spec "output resistance high" in datasheet? It is 43R in datasheet, in this way, the max pull up driver capability will be 14V/43R=0.32A, it is much…
Part Number: UCC27324-Q1 Hi,
The PCN is announced for the UCC27324-Q1.
The content is changing mold compound and die-attach.
Is this PCN affected for Thermal Resistance?
Best Regards,
Kuramochi
Part Number: UCC27324-Q1 Hi team,
Section 6.6 appears to have a typo for the power dissipation. Is it supposed to read 650mW, and is that typical or max?
Thanks.
Hi Steve,
Thanks for finding this and bring it to attention. I will fix this error in the datasheet so no more confusion is there.
Figure 7, 9 and 10 showing the inverting drive function is an error that appears to be copied from the non-Q1 datasheet…
Part Number: UCC28070 Other Parts Discussed in Thread: UCC27324-Q1 , UCC27324 Hi TI Team,
I am using UCC28070 for interleaved PFC, Power 3.5KW
while testing we loaded 3.3KW using rheostat load but Power factor remains at 0.95 only kindly advice…
Hi again Umesh,
Could you use a dual input/output gate driver, like the UCC27324-Q1 , and invert one of the inputs, or
Use two single gate drivers and cross-couple the devices to get the right timing and dead-time?
Regards,
Eric
Part Number: UCC27324
Hi,
In the datasheet ( http://www.ti.com/lit/ds/symlink/ucc27324-q1.pdf ) equation (6) states that the power loss inside the device can be calculated by:
P = C * V² * f = Q_g * f
My question is whether the last part of the…
Part Number: UCC27324 Other Parts Discussed in Thread: UCC27624 , TPS1H000-Q1 Hi Team,
I am performing EMI/EMC simulation using ANSYS tool involving UCC27324 part number. Kindly request you to share the unencrypted PSPICE model for simulation purpose…
Hello Zhengquan,
Thanks for your help promoting our drivers, my name is Mamadou Diallo, I am an AE in High Power Drivers' team.
MAQ device looks like a automotive grade dual channel low-side driver with a recommended operating conditions of up to…
