Part Number: UCC2895-EP Team,
customer is evaluating the usage of UCC2895MDWREP to replace temporarlily the UCC2895QDWRQ1, and found some datasheet difference that want to understand:
AECQ100 version:
ELECTRICAL CHARACTERISTICS (continued)
Output…
Part Number: UCC28951-Q1 Currently the output is using Current doubler with 28951 controller ,SR control to burn SR MOSFETs as soon as they are turned on. I'd like to ask if you can help me with the confirmation.
Part Number: UCC2895-Q1
Hello,
I'm starting to test a converter using the UCC2895-Q1. I've made the necessary modifications in the hardware so I can increase the input voltage little by little seing the main waveforms and the output evolution.
Obviously…
Part Number: UCC2895-Q1 Other Parts Discussed in Thread: UCC28950-Q1 , TINA-TI , UCC28950 , UCC28951-Q1 Tool/software: WEBENCH® Design Tools Hi team
My customers want to simulate UCC28950-Q1 with the WEBENCH.
Input condition: 800V
Output condition…
Part Number: UCC28951-Q1 Other Parts Discussed in Thread: UCC2895-EP , UCC2895 Hello,
I would like to find out about differences and advantages of two distinct TI controllers . One is Primary side UCC2895 with opto, and the another is the UCC2895-EP…
Part Number: UCC28951-Q1 Other Parts Discussed in Thread: UCC2895-Q1 , UCC28950-Q1 , UCC2895 , UCC21520-Q1 , UCC21710-Q1 , UCC21530-Q1 Hi team
My customer wants to configure the system with the specifications below.
Input voltage : 800V
Output…
Hello Rajasherkar,
The UCC28951-Q1 can achieve a maximum duty cycle of 95%. These devices are generally fallowed by a PFC pre-regulator and have been designed for 300 V to 410 V input. With a maximum duty cycle of 95% you should be able to obtain and…
