I dont see whats the problem and dont agree with that response you recieved from tripplight. ...
Also I assumed the tripplight unit also applies its own filtering as well,
So would they call that a "resistance"?..
So much is so wrong with so many posts previous to this that I hardly know where to start.
1) Power conditioners are for anomalies such as noise, harmonics, voltage variation, hum, etc. Most everyone is already solved by what is required inside a power supply. For example, let's assume the Furman 'cleans' AC power. What happens next? Electronic power supplies convert that maybe 120 volts into well over 300 volt high frequency spikes. Then superior filters and regulators convert that now 'much dirtiest' power into rock solid, low voltage, and stable DC. Does not matter what the Furman does. Electronics routinely undo all that 'cleaning'. And then superior 'cleaning' circuits clearn that many times 'diriter' power.
The Furman and equivalent power conditioners are recommended when the consumer has no ideal what a power supply does. To cure an anomaly that is irrelevant.
2) Surges are completely different and require a completely different solution. How does a surge that cannot be stopped by three miles of sky get stopped or absorbed by a magic box protector or UPS? It isn't. How does it hundreds or thousand joules absorb a surge that is hundreds of thousands of joules? Every honest recommendation can always answer that question. How does a 2 cm part inside magic box protectors stop what three miles of sky could not? If the protector is adjacent to an appliance, then it can only block a surge or absorb it.
Where are his spec numbers for Tripplite filtering? No numbers means no filtering - or a claim based in wild speculation.
A completely different device with superior specification numbers is, unfortunately, also called a surge protector. Anyone making recommendations subjectively (ie a surge protector is for surge protection) is simply played as naive by advertising and salesmen. A typically destructive surge (ie lightning) can be 20,000 amps. So the proven solution has larger spec numbers. A minimal 'whole house' protector is 50,000 amps. Since protectors that fail do no protection. And since the other and proven solution remains functional after a 20,000 amp direct strike. Surge protection was done this way for over 100 years. Another damning question. Why do so many not post these numbers and other well proven solutions?
If anything needs protection, then everything needs surge protection. Informed consumers spend about $1 per protected appliance to earth a proven solution. Do not waste money on near zero, plug-in protectors (for $25 or $90 per appliance). Learn how Furman easily manipulates the electrically naive into recommending their magic box.
Any post that does not include perspective (the numbers) should be immediately ignored as wild speculation or hearsay. First an actual problem must be identified - with numbers. Then a solution for that anomaly can be discussed (also with numbers). Most posts about power conditioners and surge protectors are based in bogus reasoning, soundbytes from advertising, and personal feelings. A discussion of power conditioners is completely different and unrelated to another discussion about protecting hardware from surges.