阅读说明：本技术 信号处理器具 (Signal processing device ) 是由 段引旺 于 2019-09-25 设计创作，主要内容包括：一种信号处理器具,包括：宽带宽倍增组件、窄带宽指令低分贝组件、宽带宽数据低分贝组件、程序操纵组件；所述宽带宽倍增组件,用来获取相位偏移导进指令,所述相位偏移导进指令包括窄带宽部分指令还有宽带宽部分指令,且把所述相位偏移导进指令里宽带宽部分指令执行扩大式倍增后,导出相位偏移导出指令。有效避免了现有技术中涵盖的信号百分比区域小的缺陷。(A signal processing appliance comprising: the system comprises a wide bandwidth multiplication component, a narrow bandwidth instruction low decibel component, a wide bandwidth data low decibel component and a program control component; the wide bandwidth multiplication component is configured to obtain a phase offset derivation instruction, where the phase offset derivation instruction includes a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and derive the phase offset derivation instruction after performing an expanding multiplication on the wide bandwidth portion instruction in the phase offset derivation instruction. The defect that the percentage coverage area of the signals in the prior art is small is effectively avoided.)

1. A signal processing appliance, comprising: the system comprises a wide bandwidth multiplication component, a narrow bandwidth instruction low decibel component, a wide bandwidth data low decibel component and a program control component;

the wide bandwidth multiplication component is configured to obtain a phase offset derivation instruction, where the phase offset derivation instruction includes a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and derive the phase offset derivation instruction after performing an expanding multiplication on the wide bandwidth portion instruction in the phase offset derivation instruction.

2. The signal processing apparatus as claimed in claim 1, wherein the narrow bandwidth instruction low decibel component is configured to obtain the phase offset lead-in instruction, process a peak value of a narrow bandwidth portion instruction in the phase offset lead-in instruction, and compare the peak value with a predetermined threshold value one to derive a comparison value one.

3. The signal processing apparatus of claim 2, wherein the wide bandwidth data low decibel component is configured to obtain the phase offset derivation instruction, wherein the phase offset derivation instruction comprises a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and wherein a peak value of the wide bandwidth portion instruction in the phase offset derivation instruction is processed, and then the peak value is compared with a second predetermined threshold to derive a second comparison value.

Technical Field

The invention relates to the technical field of signal processing appliances, in particular to a signal processing appliance.

Background

It is common to use a pilot header of a low decibel component house signal channel, which handles a larger signal percentage area, as a signal transmission condition processing component. But during the development of low decibel devices, a larger signal percentage area is to be covered.

Disclosure of Invention

In order to solve the above problems, the present invention provides a signal processing device, which effectively avoids the defect of small percentage coverage area of signals in the prior art.

In order to overcome the defects in the prior art, the invention provides a solution for a signal processing device, which comprises the following specific steps:

a signal processing appliance comprising: the system comprises a wide bandwidth multiplication component 1, a narrow bandwidth instruction low decibel component 2, a wide bandwidth data low decibel component 3 and a program control component 4;

the wide bandwidth multiplication component is configured to obtain a phase offset derivation instruction, where the phase offset derivation instruction includes a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and derive the phase offset derivation instruction after performing an expanding multiplication on the wide bandwidth portion instruction in the phase offset derivation instruction.

The narrow bandwidth instruction low decibel component is used for acquiring the phase shift lead-in instruction, processing a peak value of a narrow bandwidth part instruction in the phase shift lead-in instruction, and comparing the peak value with a set critical number one to derive a contrast value one.

The wideband data low decibel component is configured to obtain the phase offset derivation instruction, wherein the phase offset derivation instruction includes a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and process a peak value of the wide bandwidth portion instruction in the phase offset derivation instruction, and compare the peak value with a second predetermined threshold to derive a second comparison value.

The invention has the beneficial effects that:

wide bandwidth multiplication may be imparted by terminating unnecessary processing components and recycling components on the signal channel during processing with or without accompanying signaling.

Drawings

FIG. 1 is a block diagram of a signal processing device of the present invention;

Detailed Description

The present invention will be further described with reference to the following examples.

As shown in fig. 1, the signal processing device of the present embodiment includes: the system comprises a wide bandwidth multiplication component 1, a narrow bandwidth instruction low decibel component 2, a wide bandwidth data low decibel component 3 and a program control component 4;

the wide bandwidth multiplication component is configured to obtain a phase offset derivation instruction, where the phase offset derivation instruction includes a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and derive the phase offset derivation instruction after performing an expanding multiplication on the wide bandwidth portion instruction in the phase offset derivation instruction.

The narrow bandwidth instruction low decibel component is used for acquiring the phase shift lead-in instruction, processing a peak value of a narrow bandwidth part instruction in the phase shift lead-in instruction, and comparing the peak value with a set critical number one to derive a contrast value one.

The wideband data low decibel component is configured to obtain the phase offset derivation instruction, wherein the phase offset derivation instruction includes a narrow bandwidth portion instruction and a wide bandwidth portion instruction, and process a peak value of the wide bandwidth portion instruction in the phase offset derivation instruction, and compare the peak value with a second predetermined threshold to derive a second comparison value.

Wide bandwidth multiplication may be imparted by terminating unnecessary processing components and recycling components on the signal channel during processing with or without accompanying signaling.

The present invention has been described above by way of embodiments, and it will be understood by those skilled in the art that the present disclosure is not limited to the above-described embodiments, and various changes, modifications and substitutions may be made without departing from the scope of the present invention.