** Important User Note for Robbot ZNA 50 **
I am posting this now so that anyone who receives the new Robbot ZNA 50 is not confused or thrown off by the chip's voltage output behavior. Please read it if it applies to you, and share it if you come across someone who may misunderstand the design of this chip. I am only going to post this once ..
1. Robbots chip has been designed to boost voltage for 1 second at low wattage output (below 10W), and at high wattage output (over 45W). This is the design of the chip, it is not a defect or a flaw in the chips function.
Example: .8 ohm set 8.5W will fire at 3.3v for 1 sec, then drop to 2.8v and remain there until you stop firing. The behavior shows on the display, and on a voltage meter also.
The purpose of the design is to decrease ramp up time at low and high wattages. The chip does not boost voltage for 1 second in any of the mid range settings. The same atomizer set to 14W will just fire a 3.3v, no boost, no drop down, just a flat 3.3v output.
2. This concept in chip design is similar to what Cloupor did with their ZNA 50, but way less extreme. Cloupor ZNA 50 had a 6v boost for the first second, then dropped down to normal voltage .. Robbots chip design is not that extreme, the first second voltage boost is never higher than 3.5v in the low wattage (step down) range.
From 10-40+ watts you will get a steady voltage output with most resistances. As per Robbot they have a sensor in the chip to detect battery lag and this is how the chip is designed to respond to it.
I have had no issues with this chips design however, often times there is a negative reaction to anything new, or unexpected, so I am clarifying it.
