force
The multiplier. The multiplicand is multiplied by the multiplier to create the product.
Multiplier x multiplicand = product
For a change of p percent, the multiplier is (1+p/100).
multiplicant is listed first, then multiplier is the number you are multiplying by.
the time setting multiplier is the fraction of the full angular travel for one complete rotation that the disc will perform before closing the trip contact.
PSM stands for Plug setting multiplier and can be found on the front of the relay module in the form of a scale . PSM = Actual or fault current in the relay / ( CT Secondary current X Amp setting in the relay) From the above value of PSM find the time in seconds from the front of relay panel scale i.e., PSM Vrs Time in seconds Miltiply the time in seconds with the TSM to find the tripping time for the relay for the specific value of fault current TSM = Time setting multiplier Relay Operating time = TSM x time in seconds <- as observed from the scale .
sometime not all the time
A Pentium 1 running at 200 Mhz (both MMX and non-MMX) requires a 66 Mhz bus and a multiplier setting of 3.
tree multiplier CSA (carry select adder) multiplier shift & add multiplier Higher radix multiplier
force multiplier
super multiplier refers to interaction of the multiplier and accelerator.
Well, i'd say its both. depends on the case to specify when it is a force multiplier or a distance multiplier.
Force Multiplier
finite population multiplier finite population multiplier
the actual r.m.s current flowing in the relay expressed as a multiple of the setting current (pick up current) is known as plug setting multiplier.mathematically ,PSM= SECONDARY CURRENT/RELAY CURRENT SETTINGorPSM= (primary current during fault)/(relay current setting *C.T ratio)
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