Part Number: TPS28225 Other Parts Discussed in Thread: LM2105 , UCC27211A Hello everyone,
I'm designing a Peltier cell controller circuit, and I'll be using a full H-bridge for this purpose. I will control the gate signals of the MOSFETs with a 200kHz…
Part Number: TPS28225-Q1 Hello,
I have the same issue. I am designing a boost converter and I am using the IC to drive to MOSFETs. The converter works as intended and it boosts the voltage. The problem occurs when the input voltage rises above the output…
Part Number: TPS28225 Hello team,
My customer wants to use TPS28225 with 3.3V of PWM input with PWM mode only.
On the datasheet, electrical characteristic table, it says LOW threshold is 1.0V and HIGH threshold is 3.8V when PWM=5V.
On 7.3.4…
Part Number: TPS28225 Other Parts Discussed in Thread: TL494 Hi, good day.
I'm a college student. When i research for a synchronize BUCK converter, the problem, the two Ugate and Lgate outputs signal of TPS28225 is LOW but the PWM pin is high signal…
Part Number: TPS28225 Hello team,
On the datasheet, there was only typical value for the dead time of TPS28225. Do you have MIN and MAX value?
Best Regards, Kei Kuwahara
Part Number: TPS28225-Q1 TEXAS INSTRUMENTS - PCN : 20231220001.2 - Effective Date : 2024/06/20 - PCN Types : Fabrication site change / Qualification/Country of Origin/New Subcon (FAB)
About the "CS2305251: PPAP20231227-028858", Here I create the first…
Part Number: TPS28225 Hello team,
On the datasheet 7.3.4.2 there is note about external resistor between PWM and GND.
What if I don't put any resistor between PWM and GND? I believe it will disable 3-state mode, but will TPS28225 operate normally…
Part Number: TPS28225 Hello Everyone,
I made a design using the TPS28225, but after ordering the boards, I realized both the gate drive voltage and switch node voltage ratings were inadequate for the application.
Gate drive voltage requirement is…
Part Number: TPS28225 I'm using the TPS28225 to drive MOSFETS to pulse an inductor through a cap, resonant frequency about 75kHz. As I raise the MOSFET source V up towards the target, I begin to see some higher frequency oscillations at the switch node…
