Part Number: PMP8740 Other Parts Discussed in Thread: UCC28180 , , UCC28070 If I want extend the design to 2.5kw
for PFC boost stage & AUX what should I do
Part Number: UCC27517 Hi Team,
Could you please help me with below questions? Thanks.
1，When doing single-point grounding, which point should be the GROUND? I think using the source of the MOSFET as the ground point can reduce the area of the driving…
Part Number: UCC27517 Other Parts Discussed in Thread: UCC27714 , UCC27516
Hello forum gurus,
How can output sink 300mA continuous absolute maximum but also accept 500mA reverse, AKA negative current flow (Pg16,Fig.23)while the input is at CMOS low logic…
Part Number: UCC27517 Hi Team,
My customer wants to know should they connect output of UCC27517 together or not when driving 2 MOSFET by 2 UCC27517,
could you kindly help confirm it and let me know the reason of your answer? Thanks.
Please let me know…
Part Number: UCC27517 Hi Team,
My customer is considering use UCC27517 for PFC circuit.
Customer asks that, can UCC27517's ground connect directly to ground pattern of PFC circuit main loop?
Customer wants to know what kind of (bad) effect to do this…
Part Number: UCC27517 Other Parts Discussed in Thread: SN74LVC1G14
In the screenshot the IN- pin is connected to Gnd. Is it required to route the In- parallel to the IN+ input. The operating speed is 5 MHz.
OUT signal is connected to the Cathode of Optical…
Part Number: UCC27517 My customer uses UCC27517DBVR in production. Due to increased demand and long lead time he considers UCC27517 A DBVR as a drop in replacement.
Is this possible?
Thanks Josef
Part Number: UCC27517 Hi team,
My customer is using the UCC27517 now, as you know the VDD max is 20V, but the customer's system overvoltage protection threshold is 22V. So we want to check whether the device can survive the voltage above 20V. Thanks.
Part Number: UCC27517 Hello team,
Could you please let me know if IN pins accept 3.3V signal while VDD is off?
The datasheet mentions that Input Pin Absolute Maximum Voltage Levels Not Restricted by VDD Pin Bias Supply Voltage, but I'd like to make sure…
