An adjustable reactor and its equal-step adjustment method

An adjustment method and reactance adjustment technology, applied in variable inductors, inductors, variable transformers, etc., can solve the problems that shunt reactor devices cannot realize digital adjustment and control, so as to reduce the consumption of magnetic materials and realize the Effect of multiplexing and small device size

Active Publication Date: 2022-06-07
HEFEI KEWELL POWER SYST CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Although the above-mentioned patent mentions the shunt reactor device, the problem it solves is to realize manual or automatic capacity switching control during operation according to system conditions, and to make corresponding capacity adjustments according to line protection and line switch operation conditions, combined with dynamic simulation The test method is to complete the inspection and testing work of the controllable shunt reactor device body protection and the line protection with the controllable shunt reactor device, and the mentioned shunt reactor device cannot realize digital adjustment control and the adjustment range is narrow

Method used

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  • An adjustable reactor and its equal-step adjustment method
  • An adjustable reactor and its equal-step adjustment method
  • An adjustable reactor and its equal-step adjustment method

Examples

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Effect test

Embodiment 1

[0053] like figure 2 and image 3 As shown, an adjustable reactor, the adjustable reactor includes a first adjustable inductance unit S 1 , the second adjustable inductance unit S 2 , ...... nth adjustable inductance unit S n ; the first adjustable inductance unit S 1 , the second adjustable inductance unit S 2 , ...... nth adjustable inductance unit S n connected in series; any one of the adjustable inductance units from the 1st to the nth one includes a composite inductor L and a single-pole multi-throw switch k; the composite inductor L is connected to the single-pole multi-throw switch k; wherein n= 1, 2, 3….

[0054] The composite inductor L includes m single inductors and m+1 taps; the m+1 taps are 0 in sequence # tap, 1 # tap, 2 # Tap, …m-1 # tap, m # Tap; the m single inductances are in turn the first single inductance L 0-1 , the second monomer inductance L 0-2 , ... m-th monomer inductance L 0-m ; said 0 # tap with 1 # Connect the first single induct...

Embodiment 2

[0056] like Figure 4 As shown, an equal-step adjustment method for an adjustable reactor is applied to the adjustable reactor of the present invention, and the steps of the equal-step adjustment method include:

[0057] Step 1, list the matrix of the value of the single inductance of the adjustable inductance unit;

[0058] Step 2, normalize the matrix of the value of the single inductance of the adjustable inductance unit;

[0059] Step 3, perform equal-step adjustment.

[0060] In the step 1, the matrix listing the value of the single inductance of the adjustable inductance unit is specifically:

[0061] The first adjustable inductance unit S 1 The first cell inductance L 0-1 value of The first adjustable inductance unit S 1 The second cell inductance L 0-2 value of And so on, the nth adjustable inductance unit S n The mth single inductance L 0-m value of

[0062] like Figure 5 As shown, when the SPMT switches k of n adjustable inductance units are all turn...

Embodiment 3

[0072] When m takes 2 and n takes 3, such as Figure 7 As shown, the tunable reactor described in Embodiment 1 or Embodiment 2 of the present invention includes a first tunable inductance unit S 1 , the second adjustable inductance unit S 2 , the third adjustable inductance unit S 3 ; the first adjustable inductance unit S 1 , the second adjustable inductance unit S 2 , the third adjustable inductance unit S 3 connected in series; any one of the first to third adjustable inductance units includes a composite inductor L and a single-pole multi-throw switch k; the composite inductor L is connected to the single-pole multi-throw switch k.

[0073] The composite inductor L includes 2 single inductors and 3 taps; the 3 taps are 0 in sequence # tap, 1 # tap, 2 # tap; the two single inductances are the first single inductance and the second single inductance in sequence; the said 0 # tap with 1 # Connect the first single inductor between the taps; the 1 # tap with 2 # A se...

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Abstract

An adjustable reactor and its equal-step adjustment method relate to the technical field of electronic testing and solve the technical problem of how to provide a reactor with a wide adjustment range and digital control; the adjustable reactor includes a first adjustable The inductance adjustment unit, the second adjustable inductance unit, ... the nth adjustable inductance unit; the first adjustable inductance unit, the second adjustable inductance unit, ... the nth adjustable inductance unit are connected in series in sequence; the first to nth adjustable inductance units Any one of the adjustable inductance units includes a compound inductance and a single-pole multi-throw switch; the compound inductance is connected to the single-pole multi-throw switch; the equal-step adjustment method includes: Step 1, list the adjustable inductance unit A matrix of individual inductance values; Step 2, normalizing the matrix of individual inductance values ​​of the adjustable inductance unit; Step 3, performing equal-step adjustment.

Description

technical field [0001] The invention belongs to the technical field of electronic testing, and in particular relates to an adjustable reactor and an equal-step adjustment method thereof. Background technique [0002] Reactor is a basic electronic component (device), and it is often necessary to change different inductance values ​​in actual electronic products. The common method to adjust the inductance value is to change the position of the magnetic core or change the winding turns through the slider (brush). However, these methods of adjusting the inductance have low precision and are not suitable for digital adjustment control. The multi-tap inductor can be digitally controlled, but when the inductance adjustment range is wide and the resolution is required, the number of taps is large, and the inductance of each tap of the multi-tap inductor is difficult to control and the inductance is difficult to manufacture. as attached figure 1 As shown in the figure, the series c...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): H02P13/06H01F29/02
CPCH02P13/06H01F29/02Y02E40/30
Inventor 张永卢成国周玉柱唐德平
Owner HEFEI KEWELL POWER SYST CO LTD
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