Part Number: UCC28C41-Q1 Dear Power Experts,
according to the data sheet, a maximum of 10mA is specified as error amplifier output sink current . Do I understand correctly that this would be the case if, for example, the internal OP (I/O) switches to…
Part Number: UCC28C41-Q1 We plan to use the UCC28C41-Q1 PWM controller in a product that is currently under development. One of our key requirements is to start and stop the PWM operation using an external control signal .
When the controller is disabled…
Part Number: UC2845L-Q1 Other Parts Discussed in Thread: UCC28C41-Q1 , , UCC28C41 Hi team,
Customer is using our UCC28C41-Q1, and I noticed that it is P2P with UC2845L-Q1.
UC2845L-Q1 is much more cheaper. Can you tell me the main difference between…
Part Number: UCC28C41 Hi Expert
Input 425V, stable full load output, output load short circuit, 10 seconds (1 unit), 5 minutes (1 unit), module damage (full load output of about 10V).Module damaged.
Comparing the COMP pin voltage of the new material…
Part Number: UCC28C41
Input Voltage: 100-240V, 50-60 Hz that converted in 400V DC
O/P Volage:24V
Output Power:200W
Hi all,
I will start working on design and development of a Power supply, with a continuous output power of 140W and peak…
Part Number: UCC28C41-Q1 Is there an equation for power dissipation in this particular IC based on the MOSFET's gate charge, switching frequency, etc.?
Part Number: UCC28C41-Q1 Other Parts Discussed in Thread: UCC28C41 Tool/software: Dear Experts,
At present, we need to design a power supply with a wide input voltage and two channel outputs, with an input of 20-200V and outputs of 24V/5A and 5V/5A…
Part Number: UCC28C41-Q1 Other Parts Discussed in Thread: UCC28730 , UCC28700 , UCC28700-Q1 Tool/software: Hi Team,
Regarding the datasheet of UCC28C41-Q1, it shows the current is 50uA, 100uA(max) in standby mode. However, we don't find any introductions…
Part Number: UCC28C41-Q1 Tool/software: Hi team,
I would like to confrim with you that if UCC28C41-Q1 have the function to enter sleep mode to achieve lower power dissipation when it doesn't need to work. And if it can, how do we set the chip? And how…
