What Is a Crosspoint Switch in Electronics?

In summary, the conversation was about finding a passive component that could connect four different paths in a criss-cross pattern or straight pattern, with the same package. The suggestion was to use a passive crosspoint switch, which can be made using resistors and analog muxes, or a commercially available one such as the MAX4359-MAX4456. The individual was hoping to find an existing component rather than making one themselves.
  • #1
likephysics
640
4
Does a criss-cross resistor network exist?

I need something (preferably passive), that comes in both criss cross and straight paths.
Maybe a switching array of some sort?
I am looking for something that connects-
A-->A
B-->B
C-->C
D-->D

and
A-->D
B-->C
C-->B
D-->A

It can be 2 different parts for straight and cross connection. But the package has to be same.

I know I can use FPGA/CPLD. But I want something simpler.
 
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  • #2
What you want is called a passive crosspoint switch. You can easily make one yourself with a few resistors and four 2-1 analog muxes.
 
  • #3
carlgrace said:
What you want is called a passive crosspoint switch. You can easily make one yourself with a few resistors and four 2-1 analog muxes.

Well, making one is the last option. I wanted to check if anything already existed.
 
  • #4
  • #5


I can confirm that a criss-cross resistor network does exist. It is commonly referred to as a "crosspoint switch" or "crossbar switch" and is used in electronic circuits for routing signals between different inputs and outputs. This type of network allows for both straight and cross connections, as described in the content. However, it is not a passive component and typically requires external control to switch between connections. There are also other types of switching arrays available, such as multiplexers and demultiplexers, which may better suit the desired simplicity. Ultimately, the specific component or circuit design will depend on the specific application and requirements.
 

FAQ: What Is a Crosspoint Switch in Electronics?

What is a Criss Cross Resistor Net?

A Criss Cross Resistor Net is a network of resistors arranged in a criss-cross pattern. It is used to control the flow of electric current in a circuit by providing resistance to the flow of electrons.

How does a Criss Cross Resistor Net work?

A Criss Cross Resistor Net works by dividing the flow of electric current into different branches, with each branch having its own resistance value. This allows for precise control and manipulation of the current flow.

What are the advantages of using a Criss Cross Resistor Net?

The main advantage of using a Criss Cross Resistor Net is its ability to provide precise resistance values, making it useful in a variety of electronic applications such as voltage dividers, current limiters, and signal amplifiers.

How is a Criss Cross Resistor Net different from a regular resistor?

A Criss Cross Resistor Net is different from a regular resistor in that it is made up of multiple resistors connected in a complex pattern, whereas a regular resistor is a single component with a fixed resistance value.

What are some common uses for a Criss Cross Resistor Net?

A Criss Cross Resistor Net is commonly used in electronic circuits for a variety of purposes, such as voltage regulation, signal filtering, and temperature sensing. It can also be found in various electronic devices like computers, televisions, and mobile phones.

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