Part Number: TPS62873-Q1 Hi,
Please share the SPICE model of Part number TPS62873Y1QWRXSRQ1 for Load Transient and Stability analysis.
Thanks
Aishwarya
Part Number: TPS62873-Q1
Hi,
For remote sensing provision, initially we have used TPS62870Y0QWRXSRQ1(5V to 1.1V) conversion for our DUT voltage rail.
While testing we came to know that DUT consumes more than 10A for the rail hence we are planning to…
Part Number: TPS62873-Q1 Other Parts Discussed in Thread: TPS62873 Hi,
I want to test the load regulation and load transient response of TPS62873-Q1 in a stacked configuration. So I need to measure current of all TPS62873-Q1. So that I know how much else…
Part Number: TPS62873-Q1 Hello Team,
My customer use the TPS62873QWRXSRQ1 for 0.85V/15A application, could you help review the schemetic, they need the star-up with 0.85V/15A immeditally.
Thanks!
Attchement below.
Part Number: TPS62873-Q1
Hi team,
There are 2 questions about the TPS62873-Q1 parallel as below.
1. In recommended circuit why is the SYN_OUT of U1 not attached to the 47K drop down, but the SYN_OUT of other device are attached the 47K drop down ? 2.Is…
Part Number: TPS62873-Q1 Other Parts Discussed in Thread: TPS62873 Hello,
Is there a Quickstart Tool with Excel format for TPS62873-Q1?(as other BUCK IC)
I'd like to adjust the power inductor and Cout according to different load situation, but there's no…
Part Number: TPS62873-Q1 Other Parts Discussed in Thread: TDA4VH , TPS62873 hello sir,
I see that use three TPS62873 for VD_CPU_AVS high current in TDA4VH EVM, my questions is,
1. why only the first TPS62873 I2C connected to TDA4 MCU domain, the other two…
Part Number: TPS62873-Q1 Hi team,
Could you help answer the question: what's the difference between TPS62873Z0WRXSR and TPS62873Z1WRXSR except for Start-up voltage?
Part Number: TPS62873-Q1 Hi there,
A contradictory is identified in datasheet.
for TPS62873Y1-Q1, the 6.2K to GND res setting at VSEL pin,
1. table 6-1 says the start up voltage is 0.8V
2. while the table 9-5 says the output voltage setpoiont is 500mV…