A source driver applies voltage to a ground (common)-referenced load. A sink driver grounds one side of a load which is already connected to the supply voltage. Given the same family of drivers, sink drivers generally have the greater current drive capability of the two.
Generally upstream is closer to the positive (+) voltage source. In the case of an NPN transistor upstream of the transistor is the part of the circuit from (+) to the NPN collector pin. Downstream of the transistor is from the NPN emitter pin to the ground / sink / negative (-) terminal.
Are you referring to the original Intel 8051, or one of the many variants? The 8051 has weak internal pullups on the i/o pins, and can source only about 60 ua, but can sink 1.6 ma, still not much when it comes to driving the led in an opto. Some 8051-based dervatives can sink much more current. Atmel's 89C2051 for instance, can sink up to 20 ma per i/o pin. This can directly drive most optos.
Before the code requiring all outlets to have GFCI protection that at within 6' of a water source you were required to install the outlet at least 6' from the sink. Now, there is no minimum distance but all outlets must be GFCI protected that are installed within 6' of a water source.
The height is usually based on the type of mirror that is to be installed above the sink. Take the height of the sink plus the height of the mirror and add 6 inches to find the center for the placement of the fixture junction box. If there is to be a space between the sink and the mirror add that measurement in to factoring of the height.
Flow control vs. congestion control: Flow control means preventing the source from sending data that the sink will end up dropping because it runs out of buffer space. This is fairly easy with a sliding window protocol--just make sure the source's window is no larger than the free space in the sink's buffer. TCP does this by letting the sink advertise its free buffer space in the window field of the acks. Congestion control means preventing (or trying to prevent) the source from sending data that will end up getting dropped by a router because its queue is full. This is more complicated, because packets from different sources travelling different paths can converge on the same queue.
a difference in osmotic water potential between the source and the sink
sink node is source
conduction - requires direct physical contact between source and sinkconvection - requires a fluid between source and sinkradiation - electromagnetic radiation from source to sink
To best differentiate the two look at the nut nozzle on the exterior platform of the sink. If it is wide then it is console and if it is narrow it must then be normal.
Generally, a washroom has a sink and toilet. A bathroom has a sink, toilet and tub. But the words are often used interchangeably.
rest room: toilet and a sink bathroom: toilet, sink and a shower or a bathing tub sometimes both
A WSN typically consists of a sink node sometimes referred to as a Base Station
belts sink and zones rise
A Boston Whaler can not sink
Source mode at output provides safety than sink at output
data sink
drowning is death from suffocating under water, to sink is merely to go below the waters surface, anything can sink, only living things can drown.yeah that's what it is .