Uploaded December 2008 | Updated September 2026, 3 weeks ago
with Glen Brisebois, Applications Engineer - Signal Conditioning Products
video.linear.com/21?utm_source=parallelingamplifiers&utm_medium=video&utm_campaign=youtube
Certain video and other technologies require driving planar conductive surfaces fast. Unfortunately, the surfaces can have high capacitance, which means that driving them fast takes high currents. This complicates the amplifier design but the situation extends beyond just the amplifier. Between the amplifier and the capacitive load, there is necessarily some length of transmission line.
with Glen Brisebois, Applications Engineer - Signal Conditioning Products
video.linear.com/21?utm_source=parallelingamplifiers&utm_medium=video&utm_campaign=youtube
Certain video and other technologies require driving planar conductive surfaces fast. Unfortunately, the surfaces can have high capacitance, which means that driving them fast takes high currents. This complicates the amplifier design but the situation extends beyond just the amplifier. Between the amplifier and the capacitive load, there is necessarily some length of transmission line.










