DCUSDD
DC / USDD
crypto

This is not even a terrible crash given past history. Bitcoin has strength. The problem is people are viewing these coins in days and weeks,not months and years time n the market is better than timing the market. That's why you DC and stack sats.

All electronics (even long before PCs existed) must operate normally even when an incandescent bulb dims to 50% or doubles intensity. Numerous international design standards required that even more than 50 years ago.
If voltage is varying that much, then concern should exist for what can also be a threat to human life.
Voltage variations that large are a threat to the less robust - motorized appliances and protector strips.
Why are electronics that robust? Due to something called a power supply. That suffers variations that massive. Its output (DC) voltages must not vary even 0.2 volts.
Urban myths (about 'clean' electricity) easily target many educated only by tweets. First thing a power supply does (after filtering) is to convert AC voltages into 'dirtiest' electricity. Radio frequency spikes that exceed 300 volts. Then galvanic isolation, regulators, and more filters convert that into DC voltages that do not vary even 0.2 volts.
Long before casting blame or demanding a solution, one must always (and first) define a problem / threat. That always means numbers. Or asking how to only do that first.

This is not even a terrible crash given past history. Bitcoin has strength. The problem is people are viewing these coins in days and weeks,not months and years time n the market is better than timing the market. That's why you DC and stack sats.

All electronics (even long before PCs existed) must operate normally even when an incandescent bulb dims to 50% or doubles intensity. Numerous international design standards required that even more than 50 years ago.
If voltage is varying that much, then concern should exist for what can also be a threat to human life.
Voltage variations that large are a threat to the less robust - motorized appliances and protector strips.
Why are electronics that robust? Due to something called a power supply. That suffers variations that massive. Its output (DC) voltages must not vary even 0.2 volts.
Urban myths (about 'clean' electricity) easily target many educated only by tweets. First thing a power supply does (after filtering) is to convert AC voltages into 'dirtiest' electricity. Radio frequency spikes that exceed 300 volts. Then galvanic isolation, regulators, and more filters convert that into DC voltages that do not vary even 0.2 volts.
Long before casting blame or demanding a solution, one must always (and first) define a problem / threat. That always means numbers. Or asking how to only do that first.

Nope, you and Ripple in their little DC Truck. Go Clarity! The Cherry on top would be David Schwartz driving it.