Multi-order M sequence generation circuit

Abstract

The invention relates to a multi-order M sequence generation circuit, which comprises a trigger circuit and an XOR gate correspondingly connected with the trigger circuit through at least one microstrip line, wherein after the XOR gate is delayed by the microstrip line for required time, the trigger circuit outputs a required M sequence. The XOR gate is connected with the trigger circuit through at least one microstrip line; after the XOR gate is delayed by the microstrip line for required time, the trigger circuit outputs the required M sequence; the multi-order M sequence generation circuit has high frequency, namely a clock frequency of the GHz level can be realized easily, is low in cost, and the number of required devices is small, namely, the multi-order M sequence is realized by only using three D triggers and the XOR gate; the multi-order M sequence generation circuit has high reliability and high stability, can be applied to the fields of communication and radars; according to the high-frequency multi-order M sequence generation circuit constructed by the microstrip line, the problems of low storage frequency and debugging difficulty are solved; and the multi-order M sequence generation circuit can be widely applied to various high-frequency signal generation circuits.

Description

technical field [0001] The invention relates to a sequence generating circuit, in particular to a multi-order M sequence generating circuit, which belongs to the technical field of sequence generating circuits. Background technique [0002] like figure 1 Shown: is the structural schematic diagram of the existing 9-order M-sequence generating circuit. Among them, the existing 9th-order M-sequence generating circuit uses 9 D flip-flops and 1 XOR gate to realize the generation of M-sequence. The Q terminal of trigger a8 is connected with the D terminal of trigger a7, the Q terminal of trigger a7 is connected with the D terminal of trigger a6, the Q terminal of trigger a6 is connected with the D terminal of trigger Q5, and the Q terminal of trigger a5 The terminal is connected to the D terminal of the trigger a4, the Q terminal of the trigger a4 is connected to the D terminal of the trigger a3, the Q terminal of the trigger a3 is connected to the D terminal of the trigger a2, ...

AI Technical Summary

Problems solved by technology

[0005] Another way to generate M-sequences is to use high-end FPGAs, which can generate M-sequences up to 6 GHz, but the cost of devices required by this method is relatively high

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