Final answer:
The statement is FALSE.MEMS beams usually have high aspect ratios, but a 200-micron-long beam with 2-micron width contradicts typical dimensions.
Step-by-step explanation:
The statement is false. MEMS (Micro-Electro-Mechanical Systems) beams are typically designed with a high aspect ratio, meaning their length is much larger than their width. In this case, a MEMS beam with a length of 200 microns and a width of 2 microns does not exhibit a high aspect ratio.
MEMS devices often rely on the mechanical flexibility and responsiveness of slender beams to external stimuli, such as pressure or electrical signals. The width of the beam in the x-direction, being only 2 microns, does not conform to the conventional aspect ratios found in MEMS applications. Typically, the width of MEMS beams is significantly smaller compared to their length, contributing to their mechanical sensitivity and efficient response to various stimuli.
Therefore, the statement is false, and the dimensions provided suggest a beam that is relatively wider than typical MEMS designs.