Shock: Damage Boundary c.For△V<△vc, area where damage does not occur even with very high accelerations. Here Av(drop height is so low that the item acts as its own shock isolator d. <Ac damage does not occur. even for large av That's because the forces generated(F =ma) are within the strength limits of the products From Fig 14.2 a AVc boundary(vertical boundary line), is independent of the pulse wave shape b Ac to the right of the vertical line) for half sine and sawtooth pulses depends upon AVShock: Damage Boundary c. For ∆V< ∆Vc, area where damage does not occur even with very high accelerations. Here ∆V (drop height) is so low that the item acts as its own shock isolator. d. <Ac, damage does not occur, even for large ∆V. That’s because the forces generated (F =ma) are within the strength limits of the products. - From Fig. 14.2, a. ∆Vc boundary (vertical boundary line), is independent of the pulse wave shape. b.Ac (to the right of the vertical line) for half sine and sawtooth pulses depends upon ∆V