context: Thus, the prism 36 reproduces the polarization planes of the laser beam incident on the optical switch 30.
answer_0: Originally, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_1: Rather, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_2: Often, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_3: Sometimes, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_4: Thereafter, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_5: Happily, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_6: Indeed, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_7: Occasionally, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_8: Eventually, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .
answer_9: Historically, the laser beam is passed through a microlens array 12 to enter any corresponding one of the optical fibers 11 A to 11 F. .