The phrase "associate circuit" is correct and usable in written English.
It can be used in contexts related to electronics or computing, typically referring to a circuit that is associated with a particular function or component.
Example: "The associate circuit in the device is responsible for managing power distribution."
Alternatives: "related circuit" or "connected circuit".
Proof: Since the probability isomorphism subgraphs have similar topology g and g′, and each edges of g and g′ are replaced with similar resistance, associated circuit has similar elements corresponding to their branches.
Sensors and their associated circuits are used to measure various physical properties, such as temperature, force pressure, flow position, light intensity, and electric and magnetic fields.
Meanwhile, MIMO systems consume higher circuit power than SISO/SIMO due to the multiplicity of associated circuits such as mixers, synthesizers, digital-to-analog converters (DAC), filters, etc. [8] is the pioneering work in this area that compares the energy efficiency of Alamouti MIMO systems with two antennas and SIMO systems in the sensor networks.
When the scintillator is implemented in a qualified semiconductor material (such as InP or GaAs), the photo-detector and associated circuits can be epitaxially integrated on the scintillator slab and the structure can be stacked-up to achieve virtually any desired absorption capability.
Construct the associated circuits N and N′ respectively, according to the definition of associated circuits, N and N′ is similar circuit, denoted as N ≈ N′.
Two of associated circuits N and N′ based on their isomorphism probability subgraphs g and g′ are similar circuits.
Thus, the necessary condition of probability isomorphism for two probability subgraphs is that the associated circuits of probability subgraphs are similar circuits.
Theorem 1: Two of associated circuits based on their probability isomorphism subgraphs are similar circuits, i.e. if g ≈ g′, then N ≈ N′.
Proof: If g and g′ are probability isomorphic, the node voltage sequences of the node i and node i′ in each of associated circuits N and N′ in the same complete excitation are correspondingly similar.
