Part Number: TPSM5D1806 For TPSM5D1806, in the datasheet, only thermal characterization parameters are mentioned and thermal resistance values. Can we get details of the same?
Part Number: TPSM5D1806 I tried using the link for the webench design for the power supply listed above in dual output form. I see that the simulation is not available or supported. Could you provide SPICE models for this part? Alternatively is there…
Part Number: TPSM5D1806 Other Parts Discussed in Thread: TPS541620 I am using the TPSM5D1806 in the following configuration:
VIN = 12V
VOUT1 = 0.9V (3A)
VOUT2 = 1.5V (2A)
1MHz switching frequency
500uF output capacitance on 0.9V rail.
300uF output capacitance…
Part Number: TPSM5D1806
Hello,
SiliconExpert Technologies has been contracted by our customer to work with their suppliers to collect component information. We would appreciate your support to provide us with the required information indicated below: …
Part Number: TPSM5D1806 Other Parts Discussed in Thread: TPS541620
Hi All,
The Device TPSM5D1806 has a pin called BP5 which as per the data sheet is a 5 V nominal (Range = 4.8 V to 5.2 V) regulated output.
My question is :
If I use Vin = 5 V, can the…
Part Number: TPSM5D1806
Hi,
There seem to be no design tools or SPICE models for this part. Also, it is not supported in Webench.
Are there plans to create a SPICE model or offer a SIMPLUS simulator to allow for more detailed analysis?
Thanks,
Jason…
Part Number: TPSM5D1806 Section 7.3 of the datasheet indicates that the device is designed to prevent the low-side MOSFET from discharging a pre-biased output.
There is also a spec of 32 ohms for SW1 and SW2 in the electrical specs.
Does this device discharge…
Part Number: TPSM5D1806 Can you confirm that there are no internal capacitors > 1uF for this device?
If there are internal capacitors from Vin to GND or Vout to GND, what are the values?
Part Number: TPSM5D1806 In section 7.3.10. the formula for RENB yields unusual values for RENB.
For instance, when Vin is 12V, the formula is RENB = 110 / (12V - 1.1V) = 10.1kohms.
When working this into the 1.2V EN threshold & the 100kohm "top" resistor…
Part Number: TPSM5D1806 1806.pdf
For generating 1.8V and 1.5V output voltages, we are forcing the respective voltages in the Enable pin as shown in the pdf. Is it the correct way to do and what will be the voltage level in EN1 and EN2 pin respectively…