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Home Archive by category "High Speed Design"

Category: High Speed Design

In this tutorial we are going to learn about high speed design rules for engineer.

How to Disturb Mutual Inductance in PCB?

EEE October 11, 2020 October 11, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about How to Disturb Mutual Inductance in PCB? If there is two loop of current, there is mutual inductance .The current in one loop creates a magnetic field, and that magnetic field affects the second loop. Generally two lops interact, with the …

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Best Rules for High Speed PCB Design

EEE September 2, 2020 September 2, 2020High Speed Design, Power Electronics 0

In this tutorial we are going to learn about Best Rules for High Speed PCB Design High Speed PCB : A circuit is considered high-speed “when the rise/fall time of a signal is fast enough that the signal can change from one logic state to the other in less time …

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What is cross talk & how to reduce the cross talk?

EEE August 29, 2020 August 29, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about what is cross talk & how to reduce the cross talk? Crosstalk – It is refers to unintended EM coupling between traces, wires, trace-to-wire, cable assemblies, components, & other electrical components subject to EM field disturbance. Crosstalk depends on th length …

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Best Guidelines for High Speed Design

EEE August 18, 2020 August 18, 2020High Speed Design 0

In this tutorial we are going to learn about Best Guidelines for High Speed Design Circuit Design Tips: Use the minimum clock speeds possible for logic circuitry. Select the slowest switching speed logic. Select the logic with the greatest noise margin. Select logic families with the lowest switching energy.  Avoid …

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Best Guideline for Differential Pair Routing in High Speed PCB?

EEE August 15, 2020 August 15, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about Best Guideline for Differential Pair Routing in High Speed PCB? In High Speed PCB Design have some device technologies utilizes differential techniques, its worth explaining some of the advantages & key layout aspects of differential circuitry & comparing them to similar …

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How to Calculate Impedance of Pair Trace in High Speed PCB?

EEE August 15, 2020 August 15, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about How to Calculate Impedance on a Given Pair of Trace in High Speed PCB? In High Speed PCB , The transmission line of a characteristic impedance is dependent on the relationship of the conductor width, conductor thickness, dielectric thickness between conductor …

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RF Design Basic Tutorial

EEE August 10, 2020 August 10, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about RF Design Basic Tutorial Here Below is the RF Design Basic: Distinguishing features of RF design Specialized methods and CAD Parts limitations and models (what to look out for) Matching Board layout techniques specialized to RF Basic RF subsystem and blocks …

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What is Via in High-Speed PCB Design?

EEE August 9, 2020 August 9, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about What is Via in High-Speed PCB Design? What is via? Vertical interconnect Access (VIA) An electrical connection between layers to pass a signal from one layer to the other. Single layer designs do not require vias and these are only for …

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How to Select Trace Dimension For PCB Design

EEE August 6, 2020 August 6, 2020High Speed Design, PCB DESIGNING 0

In this tutorial we are going to learn about How to Select Trace Dimension For PCB Design. Squeezing trace tightly together increase the circuit packing density very dense designs require fewer circuit board layers since printed circuit board cost is proportional to the number of layers as well as to …

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How to Stack Printed Circuit Board Layers

EEE August 6, 2020 August 6, 2020High Speed Design 0

In this tutorial we are going to learn about How to Stack Printed Circuit Board Layers A layer stack for a printed circuit board specifies the arrangement of circuit board layer it specifies which layers are solid power and ground planes the dielectric constant of the substrate and the spacing’s …

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