TP4056, MT3608 Step Up: Voltage Drop When Powering 3 LEDs and 2 Fans from 3.7V Li-Ion

Hi everyone. Can you help me with this circuit I am working on, please?. (Image 1)
It consists of a TP4056 charger/controller connected to a 3.7v/1.4Ah Li-Ion battery to supply a low battery indicator and a LOAD (3 leds + 2 fans) through a MT3608 Step Up to raise voltage from 3.7v to 9v. When the TP4056 is charging the battery through the USB port, the load is disconnected by the P-Mosfet.PROBLEM: Voltage drops significantly when the load is connected.TEST1: Circuit without Debouncing/Load connected:Voltage drops from 3.68v to 3.46v (image 2). LowBatteryIndicator: Blinks.TEST2: Circuit with Debouncing/Load connected:1) Debouncing Circuit: The voltage drops to 2.19v at the output of the Smichtt Trigger, therefore it isn't possible to energize the Step Up and the rest of the circuit.2) Low Battery Indicator: Blinks when switch is pressed.TEST3: Circuit with Debouncing/Load disconnected:1) Debouncing Circuit: Works fine (image 3).2) Low Battery Indicator: Doesn't blink when the switch is turned ON/OFF.Is there something that I am forgetting to put in the circuit so the voltage is dropping? I would suppose that the problem is at the DC/DC conversion of the Step Up, but everything is meeting its requirements (Vin:2v-24v/Imax: 2A).
MY SYSTEM DETAILS:Power consumption: 1.702WLow Bat Indicator: (0.037W, 3.7v/0.01A)Load: 2 Fans (1.44W, 9v/0.16A), 3 Leds (0.059W, 2.92v/0.02A).Debouncing Circuit based on a Schmitt Trigger 74HC14 (Vin:2-6v/Vout:2-VCC, VCC and GND connected to battery line).
Thank you in advance!

Can you upload the image 1? Thanks

Hi Maurizio. Sorry, here is the image 1. Thanks.

Not sure what you are trying to acheive here with your debounce switch. The input current of a 74HC14 is negligible, so largish resistors and small caps are possible, and watch out for the situation where power is removed from the 74HC14 when C2 is charged.  One obvious thing though, the MT3608 input should be on the output of the FET switch, is your schematic in error. The way the schematic is wired the 74HC14 is driving the MT3608, and it can only supply mAmps.cheers,Richard