ADP5050 considerations for simulations under Simplis

Question We are running a simulation of the ADP5050 with Simplis to generate +3V3 with CH4. We have added more capacitors representative of the real application (4x100uF + 1x22uF + 6x10uF + 8x4.7uF + 12x1uF + 4x470nF + 45x100nF + 17x47nF + 26x10nF). The point is that during the start up the controller seems to limit the maximum current and voltage drops. Is this a problem with the simulation model or is there a limit in the total capacitance that can be connected at the output of the channel? Answer The simulator behaves like the chip, however there are some considerations : 1. You MUST derate the ceramic capacitors for voltage. 4x100 uF does NOT equal 400 uF. All the ceramic capacitor companies have online tool to figure this out. 2. If you are looking at channel 1 or 2 you can change the current limit using the gate resistor. In the simulation however, you have to change the current limit by double clicking on the IC and changing the "SW Current Limit". Set it to 6.44. 3. If you are interested in startup, make sure you output the STARTUP simulation from the tool. This will configure things appropriately. In order to correctly simulate you must start with the input voltage below the UVLO of the IC and look at the transient simulation. You may be looking at the POP simulation (periodic operating point), but things are simulated differently in the POP. The soft start is skipped in POP so that it finds the periodic operating point as fast as possible since that simulation is used for finding the bode plot and doing compensation, NOT startup. 4. Be aware of how the load is applied. The tool applies a resistor equaling full load at full output voltage. This may not be realistic. Less load will allow more output capacitance before current limit. 5. Ultimately the chip will hit a maximum output capacitance that the chip cannot start into at full load (see #4) however I don't think that you are anywhere near that yet.

ADP5050 Pin20 as address pin

Question we are planing to use The ADP5050 for one of our new products. - Is the ADP5050 available with Pin 20 functioning as A0 pin, to address two devices on one I2C-Bus? Answer The current version of ADP5050 does not support adjustable address. If you want A0 pin function it will need new P/N. For low volumes you need to buy the released model with Pin 20 as the PGOOD pin (ADP5050ACPZ-R7). For a new model request we need to have an opportunity size > 100ku/year.

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ADP5050 Recommended for New Designs
The ADP5050 combines four high performance buck regulators and one 200 mA low dropout (LDO) regulator in a 48-lead LFCSP package that meets demanding performance...
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- ADP5050 considerations for simulations under Simplis
- ADP5050 Pin20 as address pin
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