PCBs typically use two types of transmission lines: microstrips and striplines. Each of the transmission lines consists of a signal trace and a reference plane(s). Based on the transmission line geometry, it is essential to assume the signal trace and the reference plane as one unit.
Controlled Impedance
Controlled impedance is the characteristic impedance of a transmission line formed by PCB traces and its associated reference ... more »
Controlled Impedance
While manufacturing a PCB, controlled impedance can be achieved through specific dielectric thickness and by providing the target ... more »
Controlled Impedance
PCBs typically use two types of transmission lines: microstrips and striplines. Each of the transmission lines consists of ... more »
Controlled Impedance
Controlled impedance is the characteristic impedance of a transmission line formed by PCB traces and its associated reference ... more »
Controlled Impedance
While manufacturing a PCB, controlled impedance can be achieved through specific dielectric thickness and by providing the target ... more »
Controlled Impedance
Avoiding signal integrity issues in a PCB is an extremely complex task for designers. It requires a deep ... more »
Controlled Impedance
Controlled impedance PCBs often include a measurement “coupon”, which typically includes sample traces, 6 inches long and constructed ... more »
Controlled Impedance
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