The switch matrix is an important part of the automatic test system, which is responsible for controlling the signal flow direction and is the key to the interface design for automatic testing. Inside the matrix is a combination of different types of switches with a certain logical topological structure. Switch matrices are widely used in electronics, communications, and automation systems, where they can be used to quickly select signal sources, route signals, control equipment, and more.
A basic introduction to switches
A switch is a component that turns a circuit or signal on and off.
The switch can be selected according to the technical requirements, according to the number of switch channels SPDT, SP4T, SP6T, SP8T, etc.; Frequency range from 0-67GHz; The control mode includes normally open mode and magnetic holding mode.
Matrix of mechanical switches
Mechanical switch matrix products support a wider range of frequencies and withstand higher power. Diversity of product types.
Electronic switch matrix
The electronic switch matrix has the advantages of fast switching speed, no life limit, high integration and small size. The frequency range is relatively low, and the withstand power is low.
High-speed cable test system
The high-speed cable test system is widely used in the R&D and production stages of various data tests for high-speed cables that are widely used on the market.
Multi-port antenna test system
Test multi-port phased array antennas, and test large quantities of antennas of a single variety in a short time; Accurate and repeatable testing of small batches, batches, and varieties of antennas.
T r component system testing
Tests are performed on conventional TR components
Market outlook
The switch matrix plays a pivotal role in the field of communication, and the switch matrix will have good development prospects in the future development process.
Matrix