CN106817757B - The calibration method and device of transmission power - Google Patents
The calibration method and device of transmission power Download PDFInfo
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- CN106817757B CN106817757B CN201510860644.2A CN201510860644A CN106817757B CN 106817757 B CN106817757 B CN 106817757B CN 201510860644 A CN201510860644 A CN 201510860644A CN 106817757 B CN106817757 B CN 106817757B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W52/00—Power management, e.g. TPC [Transmission Power Control], power saving or power classes
- H04W52/04—TPC
- H04W52/18—TPC being performed according to specific parameters
- H04W52/22—TPC being performed according to specific parameters taking into account previous information or commands
- H04W52/228—TPC being performed according to specific parameters taking into account previous information or commands using past power values or information
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Abstract
A kind of calibration method and device of transmission power.The described method includes: obtaining the actual emission power value of signal when transmitter emits nth data packet；The actual emission power value of signal when the nth data packet is compared with the objective emission performance number of signal when emitting the nth data packet；The gain of signal when determining that the transmitter emits (n+1)th data packet according to comparison result；The transmission power level to be calibrated of signal is calibrated when emitting (n+1)th data packet to the transmitter according to identified gain.The accuracy of voltage mode calibration can be improved using the method.
Description
Technical field
The present invention relates to signals to emit field, and in particular to a kind of calibration method and device of transmission power.
Background technique
In time division duplex (Time-Division duplex, TDD) or frequency division duplex (Frequency-Division
Dulpex, FDD) mode wireless communication system in, the variation of transmitter working environment, can frequently result in transmitting signal power
It changes, so that the quality of power consumption and transmitting signal to transmitter affects.
In addition, transmitter is constantly pushed to device technology since the requirement for high data throughput rate is constantly increasing
Performance boundary, this also requires a more accurately power control in turn at the same time, so that needing reserved design margin more
It is few, and then can directly promote the achievable output power upper limit.
Therefore, in a wireless communication system, in order to improve transmitter output power accuracy, it usually needs it is defeated to its
Power is calibrated out.
It is distinguished in a manner of power detection, the transceiver calibration of power of mainstream includes following two calibration mode at present: true
Real power model calibration and voltage mode calibration with compensation.Wherein, relative to voltage mode calibration, through real power mode school
Quasi- output power obtained is more acurrate, but implementing is more difficult.Also, output power school is carried out using real power mode
On time, it calibrates to generally require additionally to increase corresponding inductance in circuit and comes detecting voltage and current information, cause to calibrate circuit
Area increases.Relative to real power mode, although though voltage mode calibration is easier to realize and circuit area is smaller, it is obtained
Output power it is accurate lower.
Summary of the invention
The embodiment of the present invention solves the problems, such as that the accuracy for how improving voltage mode calibration is lower.
To solve the above problems, the embodiment of the invention provides a kind of calibration methods of transmission power, which comprises
The actual emission power value of signal when obtaining transmitter transmitting nth data packet, n is positive integer；
By the actual emission power value of signal when emitting the nth data packet and emit the nth data Bao Shixin
Number objective emission performance number be compared；
The gain of signal when determining that the transmitter emits (n+1)th data packet according to comparison result；
The transmitting function to be calibrated of signal when emitting (n+1)th data packet to the transmitter according to identified gain
Rate value is calibrated.
Optionally, it is described according to comparison result determine emit (n+1)th data packet when signal gain, comprising:
According to the comparison result, the working condition of transmitter when emitting (n+1)th data packet is determined；
According to the working condition of transmitter transmitter when emitting (n+1)th data packet, the transmitter hair is determined
The gain of signal when penetrating (n+1)th data packet.
Optionally, the working condition of the transmitter, comprising:
First state, whether to change the state detected to the transmitter load；
Second state, for the state of the power blockage after transmitter load variation.
Optionally, described according to the comparison result, determine the work shape of transmitter when emitting (n+1)th data packet
State, comprising:
When working condition when the transmitter emits the nth data packet is first state, if described relatively tie
Fruit is less than the first preset value, then when emitting (n+1)th data packet, determines that the working condition of the transmitter is the second shape
Otherwise state remains first state；
When working condition when the transmitter emits the nth data packet is the second state, if described relatively tie
Fruit is greater than or equal to the second preset value and determines that the working condition of the transmitter is then when emitting (n+1)th data packet
Otherwise first state remains the second state；
Wherein, first preset value is less than second preset value.
Optionally, when the working condition when the transmitter when emitting (n+1)th data packet is with transmitting nth data packet
Working condition difference when, according to the working condition of transmitter transmitter when emitting (n+1)th data packet, determine described in
The gain of signal when transmitter emits (n+1)th data packet, comprising:
Obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
According to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting, reflected from preset transmission power
In firing table, corresponding gain pointer is obtained；
The corresponding gain pointer of transmission power level to be calibrated of signal and described when to (n+1)th data packet of the transmitting
Comparison result summation；
According to summed result, signal when emitting (n+1)th data packet is obtained from preset gain pointer maps table
Target gain pointer；
According to the target gain pointer of signal when emitting (n+1)th data packet, obtained from preset gain map table
Take corresponding gain.
Optionally, the preset gain pointer maps table is by detection transmitting signal amplitude and transmitter different operating
What the relationship between environment obtained.
Optionally, the objective emission performance number of the data packet is stored in advance in target power table, by described in transmitting
The objective emission of signal when the target gain pointer of signal obtains transmitting corresponding data packet from the target power table when data packet
Performance number.
Optionally, the working condition of the transmitter, comprising:
First state, whether to change the state detected to the transmitter load；
Second state, for the state of the power blockage after transmitter load variation；
The third state, to be in first state or the second state to the transmitter after the transmitter power losing lock
The state confirmed.
Optionally, described according to the comparison result, determine the work shape of transmitter when emitting (n+1)th data packet
State, comprising:
When working condition when the transmitter emits the nth data packet is first state, if described relatively tie
Fruit is then in the second state when emitting (n+1)th data packet, otherwise remains first state less than the first preset value；
When working condition when the transmitter emits the nth data packet is the second state, if described relatively tie
Fruit is greater than third preset value, then is in the third state when emitting (n+1)th data packet, otherwise remains the second state；
When working condition when the transmitter emits the nth data packet is the third state, if described relatively tie
Fruit is greater than or equal to the second preset value, then is in first state when emitting (n+1)th data packet, otherwise remains the second shape
State；
Wherein, first preset value is less than the third preset value, and it is default that the third preset value is less than described second
Value.
Optionally, the working condition when the transmitter when emitting (n+1)th data packet is the third state, transmitting
When working condition when nth data packet is second state, sent out according to the transmitter when emitting (n+1)th data packet
The working condition for penetrating machine determines the gain of signal when the transmitter emits (n+1)th data packet, comprising:
Obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
According to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting, reflected from preset transmission power
In firing table, corresponding gain pointer is obtained；
The corresponding gain pointer of transmission power level to be calibrated of signal and described when to (n+1)th data packet of the transmitting
Comparison result summation；
According to summed result, signal when emitting (n+1)th data packet is obtained from preset gain pointer maps table
Target gain pointer；
The target gain pointer of signal and the comparison result summation when to the transmitting (n+1)th data packet；
According to summed result, corresponding gain is obtained from preset gain map table.
Optionally, the non-third state of working condition when the transmitter when emitting (n+1)th data packet, transmitting
Non- second state of working condition when nth data packet, and when the two state difference, according to the transmitter in transmitting the
The working condition of transmitter when n+1 data packet determines the gain of signal when the transmitter emits (n+1)th data packet, packet
It includes:
Obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
According to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting, reflected from preset transmission power
In firing table, corresponding gain pointer is obtained；
The corresponding gain pointer of transmission power level to be calibrated of signal and described when to (n+1)th data packet of the transmitting
Comparison result summation；
According to summed result, signal when emitting (n+1)th data packet is obtained from preset gain pointer maps table
Target gain pointer；
According to the target gain pointer of signal when emitting (n+1)th data packet, obtained from preset gain map table
Take corresponding gain.
Optionally, when the working condition when the transmitter when emitting (n+1)th data packet is with transmitting nth data packet
Working condition it is identical when, it is described according to it is described transmitting (n+1)th data packet of signal working condition, determine the transmitting signal
The gain of (n+1)th data packet, comprising:
Using the gain of transmitter signal when emitting nth data packet as the transmitter in transmitting (n+1)th
The gain of signal when data packet.
The embodiment of the invention also provides a kind of calibrating installation of transmission power, described device includes:
Acquiring unit, the actual emission power value of signal when suitable for obtaining transmitter transmitting nth data packet, n is positive whole
Number；
Comparing unit, the actual emission power value of signal and transmitting described n-th when suitable for the nth data packet will be emitted
The objective emission performance number of signal is compared when a data packet；
Determination unit, the gain of signal when suitable for determining that the transmitter emits (n+1)th data packet according to comparison result；
Calibration unit, signal when being suitable for emitting (n+1)th data packet to the transmitter according to identified gain
Transmission power level to be calibrated calibrated.
Optionally, the determination unit includes:
First determines subelement, is suitable for according to the comparison result, transmitter when determining transmitting (n+1)th data packet
Working condition；
Second determines subelement, suitable for the work shape according to transmitter transmitter when emitting (n+1)th data packet
State determines the gain of signal when the transmitter emits (n+1)th data packet.
Optionally, the working condition of the data packet, comprising:
First state, for the state detect whether changed to the transmitter load；
Second state, for the state of the power blockage after transmitter load variation.
Optionally, described first subelement is determined, comprising:
First determining module is the first shape suitable for the working condition when the transmitter emits the nth data packet
When state, if the comparison result is greater than the first preset value and determines the transmitter when emitting (n+1)th data packet
Working condition be the second state, otherwise remain first state；
Second determining module is the second shape suitable for the working condition when the transmitter emits the nth data packet
When state, if the comparison result is greater than the second preset value and determines the transmitter when emitting (n+1)th data packet
Working condition be first state, otherwise remain the second state；
Wherein, first preset value is less than second preset value.
Optionally, when the working condition when the transmitter when emitting (n+1)th data packet is with transmitting nth data packet
Working condition difference when, it is described second determine subelement include:
First obtains module, suitable for obtaining the transmitting function to be calibrated of signal when the transmitter emits (n+1)th data packet
Rate value；
Second obtain module, suitable for according to it is described transmitting (n+1)th data packet when signal transmission power level to be calibrated and
The comparison result obtains corresponding gain pointer from preset transmission power mapping table；
First summation module, the transmission power level to be calibrated of signal is corresponding when suitable for (n+1)th data packet of the transmitting
Gain pointer and the comparison result summation；
Third obtains module, is suitable for obtaining transmitting described n-th from preset gain pointer maps table according to summed result
The target gain pointer of signal when+1 data packet；
4th obtains module, suitable for the target gain pointer according to signal when emitting (n+1)th data packet, from default
Gain map table in obtain corresponding gain.
Optionally, it is by detection transmitting signal amplitude and transmitter different operating that pointer firing table is reflected in the preset gain
What the relationship between environment obtained.
Optionally, the objective emission performance number of the data packet is stored in advance in target power table, by described in transmitting
The objective emission of signal when the target gain pointer of signal obtains transmitting corresponding data packet from the target power table when data packet
Performance number.
Optionally, the working condition of the transmitter, comprising:
First state, for the state detect whether changed to the transmitter load；
Second state, for the state of the power blockage after transmitter load variation；
The third state, to be in first state or the second state to the transmitter after the transmitter power losing lock
The state confirmed.
Optionally, described first subelement is determined, comprising:
4th determining module is the first shape suitable for the working condition when the transmitter emits the nth data packet
When state, if the comparison result less than the first preset value, the second state is in when emitting (n+1)th data packet, is otherwise protected
It holds as first state；
5th determining module is the second shape suitable for the working condition when the transmitter emits the nth data packet
When state, if the comparison result is greater than third preset value, the third state is in when emitting (n+1)th data packet, it is no
Then remain the second state；
6th determining module is third shape suitable for the working condition when the transmitter emits the nth data packet
When state, if the comparison result is greater than or equal to the second preset value, first state is in when emitting (n+1)th data packet,
Otherwise the second state is remained；
Wherein, first preset value is less than the third preset value, and it is default that the third preset value is less than described second
Value.
Optionally, the working condition when the transmitter when emitting (n+1)th data packet is the third state, transmitting
When working condition when nth data packet is second state, described second determines that subelement includes:
First obtains module, suitable for obtaining the transmitting function to be calibrated of signal when the transmitter emits (n+1)th data packet
Rate value；
Second obtain module, suitable for according to it is described transmitting (n+1)th data packet when signal transmission power level to be calibrated and
The comparison result obtains corresponding gain pointer from preset transmission power mapping table；
First summation module, the transmission power level to be calibrated of signal is corresponding when suitable for (n+1)th data packet of the transmitting
Gain pointer and the comparison result summation；
Third obtains module, is suitable for obtaining transmitting described n-th from preset gain pointer maps table according to summed result
The target gain pointer of signal when+1 data packet；
Second summation module, the target gain pointer of signal and institute when suitable for the transmitting (n+1)th data packet
State comparison result summation；
4th obtains module, is suitable for obtaining corresponding gain from preset gain map table according to summed result.
Optionally, the non-third state of working condition when the transmitter when emitting (n+1)th data packet, transmitting
Non- second state of working condition when nth data packet, and when the two state difference, described second determines subelement packet
It includes:
First obtains module, suitable for obtaining the transmitting function to be calibrated of signal when the transmitter emits (n+1)th data packet
Rate value；
Second obtain module, suitable for according to it is described transmitting (n+1)th data packet when signal transmission power level to be calibrated and
The comparison result obtains corresponding gain pointer from preset transmission power mapping table；
First summation module, the transmission power level to be calibrated of signal is corresponding when suitable for (n+1)th data packet of the transmitting
Gain pointer and the comparison result summation；
Third obtains module, is suitable for obtaining transmitting described n-th from preset gain pointer maps table according to summed result
The target gain pointer of signal when+1 data packet；
4th obtains module, suitable for the target gain pointer according to signal when emitting (n+1)th data packet, from default
Gain map table in obtain corresponding gain.
Optionally, the working condition when the transmitter when emitting (n+1)th data packet, with transmitting nth data packet
When working condition it is identical when, it is described second determine subelement include:
7th determining module, suitable for using the gain of transmitter signal when emitting nth data packet as the hair
Penetrate the gain of machine signal when emitting (n+1)th data packet.
Compared with prior art, technical solution of the present invention has at least the following advantages:
The actual emission power value of signal when emitting nth data packet by obtaining, and by the nth data Bao Shixin
Number actual emission power value with emit the nth data packet when signal objective emission performance number be compared, Jin Erke
The gain of signal when determining that the transmitter emits (n+1)th data packet according to comparison result, and according to identified gain
Transmission power level to be calibrated when to (n+1)th data packet of transmitting is calibrated.Since the calibration method is to each data
Packet carries out transmission power calibration respectively, and is according to previous number when carrying out transmission power calibration to each data packet
It is calibrated according to the output power situation of packet, therefore real time calibration can be carried out to the transmission power of transmitter, improved to transmitting
The accuracy of the calibration of power.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of transmission power measurement and control system in the embodiment of the present invention；
Fig. 2 is a kind of flow chart of the calibration method of transmission power in the embodiment of the present invention；
Fig. 3 is a kind of transmitter working state schematic representation in the embodiment of the present invention；
Fig. 4 is another transmitter working state schematic representation in the embodiment of the present invention；
Fig. 5 is a kind of structural schematic diagram of the calibrating installation of transmission power in this embodiment of the present invention；
Fig. 6 is a kind of structural schematic diagram of determination unit in the embodiment of the present invention；
Fig. 7 is the structural schematic diagram of another determination unit in the embodiment of the present invention.
Specific embodiment
The output power of transmitter is calibrated relative to using real power mode, using voltage mode calibration method
Calibration is carried out to the output power of transmitter to be easier to realize, and has more efficiency on circuit area, but it is due to can not be to hair
The signal that the machine of penetrating emits each data packet carries out real time calibration, causes the output power of transmitter after calibrating accurately lower.
In view of the above-mentioned problems, the embodiment provides a kind of calibration methods of transmission power, using the method
When emitting (n+1)th data packet, the actual emission power value of signal when emitting nth data packet by obtaining, and will be described
The objective emission performance number of the actual emission power value of signal and signal when emitting nth data packet when nth data packet
It is compared, and then can determine the gain of signal when the transmitter emits (n+1)th data packet according to comparison result, and root
Transmission power level to be calibrated when according to identified gain to (n+1)th data packet of transmitting is calibrated.Due to the calibration side
Method be carry out transmission power calibration respectively to each data packet, and to each data packet carry out transmission power calibration when,
It is to be calibrated according to the output power situation of previous data packet, therefore real-time school can be carried out to the transmission power of transmitter
Standard improves the accuracy to transmission power calibration.
To make the above purposes, features and advantages of the invention more obvious and understandable, with reference to the accompanying drawing to the present invention
Specific embodiment explain in detail.
For the ease of the understanding to the calibration method, with reference first to Fig. 1, a kind of transmitting being applicable in the calibration method
Power control and measurement system is briefly introduced:
As shown in Figure 1, the system comprises: control equipment 11, digital analog converter 12, variable gain amplifier 13, filtering
Device 14, frequency mixer 15, power amplifier 16, antenna 17, RF detector 18 and analog-digital converter 19.
For convenience of description, if transmitter has emitted signal s1, signal to be launched is s2, and RF detector 18 can detect
The analog signal s1 that power amplifier 16 exports, and the signal s1 detected is input to analog-digital converter 19.Analog-to-digital conversion
The analog signal s1 detected is carried out analog-to-digital conversion by device 19, obtains the actual emission power of corresponding digital signal s1, and pass through
The actual emission power P of the digital signal s1s1It is input to control equipment 11.
User by transmission power input unit 10 to control equipment 11 input signal to be transmitted s2 output power, i.e., to
Calibrate power Ps2.When control equipment 11 receives the power P to be calibrateds2When, according to the actual emission power of the signal s1
Ps1, using the calibration method of transmission power described in the embodiment of the present invention, to the Ps2It is calibrated, and according to calibration result
Generate corresponding digital signal s2.Later, generated digital signal s2 is sent to digital analog converter 12 by control equipment 11.?
Under the control of the control equipment 11, the digital signal s2 is carried out digital-to-analogue conversion by digital analog converter 12, obtains corresponding mould
Quasi- signal s2, then through variable gain amplifier 13, adjust the gain of the analog signal s2.Analog signal s2 after gain adjustment
It successively exports through filter 14, frequency mixer 15 and power amplifier 16 to antenna 17, the analog signal is emitted by antenna 17
s2。
It should be noted that transmission power measurement and control system shown in Fig. 1 is only described in the embodiment of the present invention
One of calibration method application example, the calibration method there may also be other implementations, those skilled in the art can root
According to actual needs, system referring to fig. 1 is implemented.
Below with reference to Fig. 2, describe in detail to the calibration method of transmission power described in the embodiment of the present invention.Such as Fig. 2
Shown, the method may include following steps:
Step 21, the actual emission power value of signal when obtaining transmitter transmitting nth data packet, n is positive integer.
In wireless communications, the data carried in signal are transmitted in the form of data packet, and each signal may include
Multiple data packets, the actual emission power value of signal may be identical when emitting different data packets, it is also possible to different.In the present invention
Embodiment in, the nth data packet can be a signal nth data packet, can also with two or more letter
Number data packet carry out it is accumulative after nth data packet.
It should be noted that in an embodiment of the present invention, the transmitter be can by signal according to certain frequency into
The device of row transmitting, can be applied in the wireless telecom equipments such as TV, broadcast, mobile unit, user terminal.Also, it is described
The communication pattern of wireless telecom equipment can be LTE mode, WLAN (Wireless Local Area Network,
WLAN) mode, global mobile communication (Global System For Mobile, GSM) mode, TD SDMA
(Time Division-Synchronous Code Division Multiple Access, TD-SCDMA) mode, code point are more
Location (Code Division Multiple Access, CDMA) 2000 modes etc..
Step 22, by the actual emission power value of signal when emitting the nth data packet and the transmitting nth data
The objective emission performance number of signal is compared when packet.
In specific implementation, the objective emission performance number of signal can deposit in advance when the transmitter transmitting different data packet
Storage is in target power table Table-1.The target power table Table-1 is the objective emission performance number by detection data packet
What the corresponding relationship between actual emission power value obtained.The target power value information of different data packet is stored in Table-1,
And with the one-to-one actual emission power value information of target power value.Emit nth data when getting the transmitter
The actual emission power value P1 of signal when packetnAfterwards, corresponding objective emission power is obtained from the target power table Table-1
Value P2n, and by the P1nWith P2nIt is compared.Enable err=P1n-P2n, err is comparison result.
Step 23, the gain of signal when determining that the transmitter emits (n+1)th data packet according to comparison result.
Step 24, signal to school when emitting (n+1)th data packet to the transmitter according to identified gain
Quasi- transmission power level is calibrated.
About step 23 and 24, in specific implementation, the gain for emitting signal is related to the working condition of transmitter, and sends out
The working condition for penetrating machine is related to the situation of change that it is loaded, and the situation of change of transmitter load is different, determines the transmitter
The gain of signal is also just different when emitting (n+1)th data packet.Therefore, (n+1)th data packet of the transmitter transmitting is being determined
When signal gain when, can determine the work of transmitter when emitting (n+1)th data packet first according to the comparison result
State determines the transmitter transmitting further according to the working condition of transmitter transmitter when emitting (n+1)th data packet
The gain of signal when (n+1)th data packet finally emits (n+1)th data to the transmitter according to identified gain
The transmission power level to be calibrated of signal is calibrated when packet.
In one embodiment of this invention, as shown in figure 3, according to the situation of change of transmitter load, by the transmitter
Working condition be divided into: first state sta0 and the second state sta1.Wherein, the first state sta0 is to the transmitter
Whether load changes the state detected, and the second state sta1 is the shape of power blockage after transmitter load variation
State.
Specifically, by setting first threshold th1 and second threshold th2, to be divided to the working condition of transmitter,
Wherein, th1 < th2.When working condition when the transmitter emits the nth data packet is first state, if err <
When th1, i.e., transmitter transmitting nth data packet when signal actual emission power and objective emission difference power away from smaller, it is described
Transmitter is in the second state sta1 when emitting (n+1)th data packet, otherwise remains first state sta0.When the transmitting
When working condition when machine emits the nth data packet is the second state, if transmitter emits nth when err >=th2
According to the actual emission power and objective emission difference power of signal when packet away from larger, the transmitter is in (n+1)th data packet of transmitting
When be in first state sta0, otherwise remain the second state sta1.
In the working condition according to transmitter transmitter when emitting (n+1)th data packet, the transmitter is determined
When emitting (n+1)th data packet when the gain of signal, if working condition of the transmitter when emitting (n+1)th data packet with
Working condition when emitting nth data packet is identical, then the gain of signal when the transmitter directly being emitted nth data packet
Gain as transmitter signal when emitting (n+1)th data packet.
If work when working condition of the transmitter when emitting (n+1)th data packet and transmitting nth data packet
State is different, on the one hand can first obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet
P1n+1, according to P1n+1Corresponding gain pointer Base_idx is obtained from preset transmission power mapping table Table-2n+1；It is another
Aspect can calculate the calibration parameter Δ PPC calibrated to (n+1)th data packet according to the value of errn+1, wherein Δ
PPCn+1=err+ Δ PPCn.Finally to Base_idxn+1And Δ PPCn+1Summation obtains calibration pointer；According to calibration pointer from pre-
If gain pointer maps table Table-3 in obtain emit (n+1)th data packet when signal target gain pointer
indexn+1, and according to indexn+1Corresponding gain is obtained from preset gain map table Table-4, it may be assumed that
Table-4 (n+1)=Table-3 (indexn+1)=Table-3 (Base_idxn+1+ΔPPCn+1)=Table-3
(Base_idxn+1+err+ΔPPCn)。
In another embodiment of the invention, described as shown in figure 4, in addition to first state sta0 and the second state sta1
The working condition of transmitter can be with: third state sta2.Wherein, the third state sta2 is to lose in the transmitter power
After lock, the state that first state sta0 or the second state sta1 are confirmed is in the transmitter.
Specifically, when the working condition when the transmitter emits the nth data packet is first state sta0, if
The actual emission power of signal is with objective emission difference power away from smaller, institute when err < th1, i.e. transmitter emit nth data packet
Transmitter is stated when emitting (n+1)th data packet in the second state sta1, otherwise remains first state sta0.When the hair
When working condition when the machine of penetrating emits the nth data packet is the second state sta1, if when err > th3, transmitter transmitting the
Away from excessive, the transmitter is emitting (n+1)th number for the actual emission power of signal and objective emission difference power when n data packet
It is in the third state sta2 when according to packet, otherwise remains the second state sta1.When the transmitter emits the nth data packet
When working condition be the third state sta2 when, if err >=th2, transmitter emit nth data packet when signal actual transmission
Away from larger, the transmitter is in first state sta0 when emitting (n+1)th data packet, no for power and objective emission difference power
It is then the second state sta1.Wherein, th1 < th3 < th2.
It is understood that th1, th2 and th3 itself are when specifically determining whether the working condition of transmitter shifts
One boundary value can carry out state transfer when err is equal to corresponding preset value, can also be less than or greater than corresponding preset value
The transfer of Shi Jinhang state.In other words, the working condition of the transmitter described in boundary value can shift, and can not also shift, tool
Whether body shifts, can be by technical staff's self-setting.However, whether executing transfer, above scheme is in protection of the invention
In range.
In the working condition according to transmitter transmitter when emitting (n+1)th data packet, the transmitter is determined
When emitting (n+1)th data packet when the gain of signal, if working condition of the transmitter when emitting (n+1)th data packet with
Working condition when emitting nth data packet is identical, then the gain of signal when the transmitter directly being emitted nth data packet
Gain as transmitter signal when emitting (n+1)th data packet.
If working condition of the transmitter when emitting (n+1)th data packet is third state sta2, emit nth
Working condition when according to packet is the second state sta1, when on the one hand can first obtain (n+1)th data packet of transmitter transmitting
The transmission power level P1 to be calibrated of signaln+1, according to P1n+1It is obtained from preset transmission power mapping table Table-2 corresponding
Gain pointer Base_idxn+1；On the other hand, the calibration calibrated to (n+1)th data packet can be calculated according to the value of err
Parameter, Δ PPCn+1, wherein Δ PPCn+1=err+ Δ PPCn；Most then to Base_idxn+1And Δ PPCn+1Summation obtains school
Quasi- pointer；It finally sums to calibration pointer and err, is obtained from preset gain pointer maps table Table-3 according to summed result
Take the target gain pointer index of signal when emitting (n+1)th data packetn+1, and according to indexn+1From preset gain
Corresponding gain is obtained in mapping table Table-4, it may be assumed that
Table-4 (n+1)=Table-3 (indexn+1)=Table-3 (Table-2 (Base_idxn+1+ΔPPCn+1)+
Err)=Table-3 (Table-2 (Base_idxn+1+err+ΔPPCn)+err)。
When the working condition non-third state of the transmitter when emitting (n+1)th data packet, emit nth
Non- second state of working condition when according to packet, and when the two state difference, it on the one hand can first obtain the transmitter hair
The transmission power level P1 to be calibrated of signal when penetrating (n+1)th data packetn+1, according to P1n+1From preset transmission power mapping table
Corresponding gain pointer Base_idx is obtained in Table-2n+1；On the other hand, it can be calculated according to the value of err to (n+1)th
The calibration parameter Δ PPC that data packet is calibratedn+1, wherein Δ PPCn+1=err+ Δ PPCn.Finally to Base_idxn+1And Δ
PPCn+1Summation obtains calibration pointer；Transmitting institute is obtained from preset gain pointer maps table Table-3 according to calibration pointer
The target gain pointer index of signal when stating (n+1)th data packetn+1, and according to indexn+1From preset gain map table
Corresponding gain is obtained in Table-4, it may be assumed that
Table-4 (n+1)=Table-3 (indexn+1)=Table-3 (Table-2 (Base_idxn+1+ΔPPCn+1))
=Table-3 (Table-2 (Base_idxn+1+err+ΔPPCn))。
Wherein, the working condition non-third state of the transmitter when emitting (n+1)th data packet, transmitting n-th
Non- second state of working condition when a data packet, and the two state is different, including following several situations: the transmitter
Working condition when emitting (n+1)th data packet is the second state sta1, and working condition when emitting nth data packet is
sta0；Working condition of the transmitter when emitting (n+1)th data packet is the second state sta1, emits nth data packet
When working condition be sta0；Working condition of the transmitter when emitting (n+1)th data packet is the second state sta1, hair
Working condition when penetrating nth data packet is third state sta2.
It should be noted that the transmission power level to be calibrated of each data packet is previously stored in the Table-2, and
With the one-to-one gain pointer of transmission power level to be calibrated.Multiple yield values are previously stored in the Table-4.Institute
State Table-3 and be previously stored with calibration pointer, and with the one-to-one target gain pointer index of calibration pointer.It is logical
Corresponding yield value can be got in Table-4 by crossing index.
In specific implementation, the Table-3, which can be, emits signal amplitude and transmitter difference work by repeated detection
Make what the relationship between environment obtained.Different transmitter different operating environment, corresponding different transmitting signal amplitude are also just right
Answer different transmitting signal gains.It, can be in transmitter by the corresponding relationship between setting target gain pointer and yield value
When working environment changes, accurate yield value is got from Table-4, improves the accuracy of voltage mode calibration.
It in specific implementation, can be according to transmitting when obtaining the target power value for emitting each data packet from Table-1
The target gain pointer of signal when the data packet, the target of signal when obtaining transmitting corresponding data packet from the target power table
Transmission power level.For example, as the target power value P2 for obtaining (n+1)th data packet of transmittingnWhen, it can be according to obtaining and emit
The target gain pointer index of signal when nth data packetn, addressed in the Table-1, obtain P2n。
It should be noted that in the embodiment of the present invention, the corresponding relationship between different information for ease of description,
Table-1, Table-2, Table-3 and Table-4 are named in the form of a table.It is understood that Table-1, Table-
2, Table-3 and Table-4 is not limited to the form of table, can also be the storage medium of other forms, for example, deposit
Device, ROM, RAM, disk or CD etc., as long as the storage medium can get corresponding information by corresponding manner.Separately
Outside, Table-1, Table-2, Table-3 and Table-4 can store in the corresponding device of the calibration method, can also
It to be stored in outside described device, regardless of specific storage location, is not construed as limiting the invention, as long as described in the execution
Corresponding data can be got when calibration method from corresponding table.
As shown in the above, the calibration method of transmission power described in the embodiment of the present invention, by obtaining n-th of transmitting
The actual emission power value of signal when data packet, and the actual emission power value that will acquire and corresponding objective emission performance number
It is compared, and then can determine the gain of signal when the transmitter emits (n+1)th data packet according to comparison result, thus
Transmission power level to be calibrated when to (n+1)th data packet of transmitting is calibrated.Since the calibration method is to each data
Packet carries out transmission power calibration respectively, and is according to previous number when carrying out transmission power calibration to each data packet
It is calibrated according to the output power situation of packet, therefore real time calibration can be carried out to the transmission power of transmitter, improved to transmitting
The accuracy of the calibration of power.
In order to more fully understand those skilled in the art and realize the present invention, individually below to the school of above-mentioned transmission power
The corresponding device of quasi- method is described in detail.
As shown in figure 5, the embodiment of the invention provides a kind of calibrating installation 50 of transmission power, described device 50 be can wrap
It includes: acquiring unit 51, comparing unit 52, determination unit 53 and calibration unit 54.Wherein:
The actual emission power value of signal, n are when the acquiring unit 51 is suitable for obtaining transmitter transmitting nth data packet
Positive integer.The comparing unit 52, the actual emission power value of signal and transmitting institute when suitable for the nth data packet will be emitted
The objective emission performance number of signal is compared when stating nth data packet.The determination unit 53 is suitable for true according to comparison result
The gain of signal when the fixed transmitter emits (n+1)th data packet.The calibration unit 54 is suitable for according to identified gain
The transmission power level to be calibrated of signal is calibrated when emitting (n+1)th data packet to the transmitter.
In specific implementation, the determination unit 53 may include: that the first determining subelement 531 and second determines that son is single
Member 532.Wherein, it described first determines subelement 531, is suitable for determining according to the comparison result and emitting (n+1)th data
The working condition of transmitter when packet.Described second determines subelement 532, is suitable for emitting (n+1)th number according to the transmitter
According to the working condition of transmitter when packet, the gain of signal when the transmitter emits (n+1)th data packet is determined.
In one embodiment of this invention, the working condition of the data packet may include: first state and the second state.
Wherein, the first state is the state detect whether changed to the transmitter load.Second state be
The state of power blockage after the transmitter load variation.
At this point, as shown in fig. 6, described first determines that subelement 531 may include: that the first determining module 611 and second is true
Cover half block 612.Wherein, first determining module 611 is suitable for the work when the transmitter emits the nth data packet
When state is first state, if the comparison result is greater than the first preset value, when emitting (n+1)th data packet, institute
The working condition for stating transmitter is the second state, otherwise remains first state.Second determining module 612 is suitable for working as institute
When the working condition for stating when transmitter emits the nth data packet is the second state, if to be greater than second pre- for the comparison result
If value, then when emit (n+1)th data packet, the working condition of the transmitter is the third state, otherwise remains the
Two-state.
Correspondingly, when the working condition when the transmitter when emitting (n+1)th data packet is with transmitting nth data packet
Working condition difference when, described second determines that subelement 532 may include: the first acquisition module 621, and second obtains module
622, the first summation module 623, third obtains module 624 and the 4th acquisition module 625.Wherein:
Described first obtains module 621, and signal is to be calibrated when suitable for obtaining (n+1)th data packet of transmitter transmitting
Transmission power level.Described second obtains module 622, suitable for the hair to be calibrated according to signal when (n+1)th data packet of the transmitting
Performance number and the comparison result are penetrated, from preset transmission power mapping table, obtains corresponding gain pointer.Described first asks
With module 623, suitable for it is described transmitting (n+1)th data packet when signal the corresponding gain pointer of transmission power level to be calibrated with
And the comparison result summation.The third obtains module 624, is suitable for according to summed result, from preset gain pointer maps
The target gain pointer of signal when emitting (n+1)th data packet is obtained in table.Described 4th obtains module 625, is suitable for root
According to the target gain pointer of signal when emitting (n+1)th data packet, corresponding increasing is obtained from preset gain map table
Benefit.
In another embodiment of the invention, the working condition of the transmitter may include: first state, the second state
And the third state.Wherein, first state is the state detect whether changed to the transmitter load.Second shape
State is the state of the power blockage after transmitter load variation.The third state is in the transmitter power losing lock
Afterwards, the state that first state or the second state are confirmed is in the transmitter.
At this point, as shown in fig. 7, described first determines that subelement 531 may include: that the 4th determining module the 711, the 5th determines
Module 712 and the 6th determining module 713.Wherein, the 4th determining module 711 is suitable for when transmitter transmitting described n-th
When working condition when a data packet is first state, if the comparison result is emitting (n+1)th less than the first preset value
It is in the second state when data packet, otherwise remains first state.5th determining module 712 is suitable for sending out when the transmitter
When working condition when penetrating the nth data packet is the second state, if the comparison result is greater than third preset value, sending out
In the third state when penetrating (n+1)th data packet, the second state is otherwise remained.6th determining module 713 is suitable for
When working condition when the transmitter emits the nth data packet is the third state, if the comparison result be greater than or
Equal to the second preset value, then it is in first state when emitting (n+1)th data packet, otherwise remains the second state.Described
One preset value is less than the third preset value, and the third preset value is less than second preset value.
When working condition of the transmitter when emitting (n+1)th data packet is the third state, transmitting nth
When working condition when according to packet is second state, except first obtains module 721, second obtains module 722, the first summation mould
Block 723, third obtain outside module 724 and the 4th acquisition module 725, and described second determines that subelement 532 further includes the second summation
Module 726, the target gain of signal refers to when second summation module 726 is suitable for the transmitting (n+1)th data packet
Needle and comparison result summation.Described 4th, which obtains module 725, is suitable for according to summed result, from preset gain map table
Obtain corresponding gain.Wherein, those skilled in the art can respectively refer to above-mentioned to the first acquisition module 621, and second obtains
Module 622, the first summation module 623, third obtains module 624 and the 4th obtains the description of module 625, and implementation first obtains mould
Block 721, second obtains module 722, the first summation module 723, and third obtains module 724 and the 4th acquisition module 725, herein not
It repeats one by one again.
When the working condition non-third state of the transmitter when emitting (n+1)th data packet, emit nth
Non- second state of working condition when according to packet, and when the two state difference, described second determines that subelement includes: first to obtain
Modulus block 621, second obtains module 622, the first summation module 623, and third obtains module 624 and the 4th acquisition module 625.Tool
Body is referred to implement the description of embodiment in Fig. 6, and details are not described herein again.
Working condition when the transmitter emits (n+1)th data packet and work shape when transmitting nth data packet
When state is identical, described second determines that subelement 532 includes: the 7th determining module (not shown).7th determining module is suitable for
Using the gain of transmitter signal when emitting nth data packet as the transmitter when emitting (n+1)th data packet
The gain of signal.
In specific implementation, it is to emit signal amplitude and transmitter not by detection that pointer firing table is reflected in the preset gain
It is obtained with the relationship between working environment.
In specific implementation, the objective emission performance number of the data packet is stored in advance in target power table, passes through hair
The mesh of signal when the target gain pointer of signal obtains transmitting corresponding data packet from the target power table when penetrating the data packet
Mark transmission power level.
Below with reference to the calibrating installation 50, to the working principle of transmission power measurement and control system shown in Fig. 2
It is described:
As shown in Fig. 2, the control centre 11 includes calibrating installation and controller 111.The calibrating installation includes: to obtain
Unit 501, comparing unit 502, determination unit 503 and calibration unit 504.
When controller 111 receives the output power of the signal to be transmitted s2 of the input of transmission power input unit 10 i.e.
Power P to be calibrateds2When, the acquiring unit 501 can obtain the output of analog-digital converter 19, i.e. transmitter emits nth
According to the actual emission power value P1 of signal when packetn.Comparing unit 502 can be by P1nIt is obtained with from target power table Table-1
The objective emission performance number P2 arrivednIt is compared, obtains comparison result err.When the transmitter only includes first state and
Two-state, and working condition is different when emitting nth data packet and (n+1)th data packet, after obtaining comparison result err, really
Calibration parameter Δ PPC when order member 503 can be to transmitting nth data packetnIt sums, is obtained to (n+1)th number with err
The calibration parameter Δ PPC calibrated according to packetn+1。
Later, the determination unit 503 is again to Δ PPCn+1Gain pointer Base_ corresponding with being obtained in Table-2
idxn+1Summation, according to summed result, obtains emitting (n+1)th data from preset gain pointer maps table Table-3
The target gain pointer index of signal when packetn+1, and according to the indexn+1It is obtained from preset gain map table Table-4
Take corresponding gain.The transmission power level P to be calibrated of signal when 504 pairs of calibration unit transmitting (n+1)th data packets2It carries out
Calibration.
After calibration unit 504 calibrates transmission power, controller 111 generates corresponding according to the power after calibration
Digital signal, and successively control digital analog converter 12, variable gain amplifier 13, filter 14, frequency mixer 15, power amplifier
16 work, and carry out respective handling to the digital signal.Finally by antenna 17, by treated, signal emits.
Certainly, in system shown in Fig. 2, several can also be set between comparing unit 502 and determination unit 503
Limiter makes whole system fortuitous event occur and is difficult to continue subsequent control process to prevent comparison result err excessive.It removes
Except this, it is at this that those skilled in the art, which can also carry out other optimizations to the system, but no matter specifically how optimize
It is carried out on the basis of the calibration method that inventive embodiments provide, does not constitute the limitation to the embodiment of the present invention.
It should be noted that in specific implementation, the calibrating installation and the controller can integrate setting, can also be with
It is independently arranged, specific set-up mode is unrestricted.
Those of ordinary skill in the art will appreciate that all or part of the steps in the various methods of above-described embodiment is can
It is completed with instructing relevant hardware by program, which can be stored in a computer readable storage medium, storage
Medium may include: ROM, RAM, disk or CD etc..
Although present disclosure is as above, present invention is not limited to this.Anyone skilled in the art are not departing from this
It in the spirit and scope of invention, can make various changes or modifications, therefore protection scope of the present invention should be with claim institute
Subject to the range of restriction.
Claims (20)
1. a kind of calibration method of transmission power characterized by comprising
The actual emission power value of signal when obtaining transmitter transmitting nth data packet, n is positive integer；
By signal when the actual emission power value of signal when emitting the nth data packet and the transmitting nth data packet
Objective emission performance number is compared；
The gain of signal when determining that the transmitter emits (n+1)th data packet according to comparison result, comprising: according to the comparison
As a result, determine emit (n+1)th data packet when transmitter working condition；According to the transmitter in transmitting (n+1)th
The working condition of transmitter when data packet determines the gain of signal when the transmitter emits (n+1)th data packet；
The transmission power level to be calibrated of signal when emitting (n+1)th data packet to the transmitter according to identified gain
It is calibrated；
Wherein, the working condition of the transmitter includes at least: first state, whether to change progress to the transmitter load
The state of detection；Second state, for the state of the power blockage after transmitter load variation.
2. the calibration method of transmission power as described in claim 1, which is characterized in that it is described according to the comparison result, really
The working condition of transmitter when emitting (n+1)th data packet surely, comprising:
When working condition when the transmitter emits the nth data packet is first state, if the comparison result is small
In the first preset value, then when emitting (n+1)th data packet, determine that the working condition of the transmitter is the second state,
Otherwise first state is remained；
When working condition when the transmitter emits the nth data packet is the second state, if the comparison result is big
In or be equal to the second preset value, then when emit (n+1)th data packet, determine the transmitter working condition be first
Otherwise state remains the second state；
Wherein, first preset value is less than second preset value.
3. the calibration method of transmission power as claimed in claim 1 or 2, which is characterized in that when the transmitter is in transmitting n-th
When working condition difference when working condition when+1 data packet and transmitting nth data packet, sent out according to the transmitter
The working condition of transmitter when penetrating (n+1)th data packet determines the increasing of signal when the transmitter emits (n+1)th data packet
Benefit, comprising:
Obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
According to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting, from preset transmission power mapping table
In, obtain corresponding gain pointer；
The corresponding gain pointer of transmission power level to be calibrated of signal and the comparison when to (n+1)th data packet of the transmitting
As a result it sums；
According to summed result, the mesh of signal when emitting (n+1)th data packet is obtained from preset gain pointer maps table
Mark gain pointer；
According to the target gain pointer of signal when emitting (n+1)th data packet, the acquisition pair from preset gain map table
The gain answered.
4. the calibration method of transmission power as claimed in claim 3, which is characterized in that the preset gain pointer maps table
It is to be obtained by the relationship between detection transmitting signal amplitude and transmitter different operating environment.
5. the calibration method of transmission power as claimed in claim 3, which is characterized in that the objective emission power of the data packet
Value is stored in advance in target power table, and the target gain pointer of signal is from the target power when by emitting the data packet
The objective emission performance number of signal when table obtains transmitting corresponding data packet.
6. the calibration method of transmission power as described in claim 1, which is characterized in that the working condition of the transmitter, also
Include:
The third state, to be in first state to the transmitter or the second state carrying out after the transmitter power losing lock
The state of confirmation.
7. the calibration method of transmission power as claimed in claim 6, which is characterized in that it is described according to the comparison result, really
The working condition of transmitter when emitting (n+1)th data packet surely, comprising:
When working condition when the transmitter emits the nth data packet is first state, if the comparison result is small
In the first preset value, then it is in the second state when emitting (n+1)th data packet, otherwise remains first state；
When working condition when the transmitter emits the nth data packet is the second state, if the comparison result is big
In third preset value, then it is in the third state when emitting (n+1)th data packet, otherwise remains the second state；
When working condition when the transmitter emits the nth data packet is the third state, if the comparison result is big
In or equal to the second preset value, then it is in first state when emitting (n+1)th data packet, otherwise remains the second state；
Wherein, first preset value is less than the third preset value, and the third preset value is less than second preset value.
8. the calibration method of transmission power as claimed in claims 6 or 7, which is characterized in that when the transmitter is in transmitting n-th
Working condition when+1 data packet is the third state, and working condition when emitting nth data packet is second shape
When state, according to the working condition of transmitter transmitter when emitting (n+1)th data packet, the transmitter transmitting the is determined
The gain of signal when n+1 data packet, comprising:
Obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
According to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting, from preset transmission power mapping table
In, obtain corresponding gain pointer；
The corresponding gain pointer of transmission power level to be calibrated of signal and the comparison when to (n+1)th data packet of the transmitting
As a result it sums；
According to summed result, the mesh of signal when emitting (n+1)th data packet is obtained from preset gain pointer maps table
Mark gain pointer；
The target gain pointer of signal and the comparison result summation when to the transmitting (n+1)th data packet；
According to summed result, corresponding gain is obtained from preset gain map table.
9. the calibration method of transmission power as claimed in claims 6 or 7, which is characterized in that when the transmitter is in transmitting n-th
The non-third state of working condition when+1 data packet emits non-second shape of working condition when nth data packet
State, and when the two state difference, according to the working condition of transmitter transmitter when emitting (n+1)th data packet, determine
The gain of signal when the transmitter emits (n+1)th data packet, comprising:
Obtain the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
According to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting, from preset transmission power mapping table
In, obtain corresponding gain pointer；
The corresponding gain pointer of transmission power level to be calibrated of signal and the comparison when to (n+1)th data packet of the transmitting
As a result it sums；
According to summed result, the mesh of signal when emitting (n+1)th data packet is obtained from preset gain pointer maps table
Mark gain pointer；
According to the target gain pointer of signal when emitting (n+1)th data packet, the acquisition pair from preset gain map table
The gain answered.
10. the calibration method of transmission power as described in claim 1, which is characterized in that when the transmitter is in transmitting (n+1)th
It is described according to the transmitting signal when working condition when a data packet is identical as working condition when transmitting nth data packet
The working condition of (n+1)th data packet determines the gain of transmitting (n+1)th data packet of signal, comprising:
Emitting (n+1)th data for the gain of transmitter signal when emitting nth data packet as the transmitter
The gain of signal when packet.
11. a kind of calibrating installation of transmission power characterized by comprising
Acquiring unit, the actual emission power value of signal when suitable for obtaining transmitter transmitting nth data packet, n is positive integer；
Comparing unit, the actual emission power value of signal and the transmitting nth when suitable for the nth data packet will be emitted
It is compared according to the objective emission performance number of signal when packet；
Determination unit, the gain of signal when suitable for determining that the transmitter emits (n+1)th data packet according to comparison result；
Calibration unit, when suitable for emitting (n+1)th data packet to the transmitter according to identified gain signal to
Calibration transmission power level is calibrated；
The determination unit includes: the first determining subelement, is suitable for determining transmitting described (n+1)th according to the comparison result
The working condition of transmitter when data packet；Second determines subelement, is suitable for emitting (n+1)th data packet according to the transmitter
When transmitter working condition, determine the gain of signal when the transmitter emits (n+1)th data packet；
The working condition of the transmitter, comprising: first state detect for whether change the transmitter load
State；Second state, for the state of the power blockage after transmitter load variation.
12. the calibrating installation of transmission power as claimed in claim 11, which is characterized in that described first determines subelement, packet
It includes:
First determining module, suitable for the working condition when the transmitter emits the nth data packet be first state when,
If the comparison result, which is greater than the first preset value, determines the work of the transmitter when emitting (n+1)th data packet
State is the second state, otherwise remains first state；
Second determining module, suitable for the working condition when the transmitter emits the nth data packet be the second state when,
If the comparison result, which is greater than the second preset value, determines the work of the transmitter when emitting (n+1)th data packet
State is first state, otherwise remains the second state；
Wherein, first preset value is less than second preset value.
13. the calibrating installation of the transmission power as described in claim 11 or 12, which is characterized in that when the transmitter is emitting
When working condition difference when working condition when (n+1)th data packet and transmitting nth data packet, described second determines that son is single
Member includes:
First obtains module, suitable for obtaining the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
Second obtains module, suitable for according to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting and described
Comparison result obtains corresponding gain pointer from preset transmission power mapping table；
First summation module, the transmission power level to be calibrated corresponding increasing of signal when suitable for (n+1)th data packet of the transmitting
Beneficial pointer and comparison result summation；
Third obtains module, is suitable for according to summed result, and transmitting described (n+1)th is obtained from preset gain pointer maps table
The target gain pointer of signal when data packet；
4th obtains module, suitable for the target gain pointer according to signal when emitting (n+1)th data packet, from preset increasing
Corresponding gain is obtained in beneficial mapping table.
14. the calibrating installation of transmission power as claimed in claim 13, which is characterized in that the preset gain is reflected pointer and penetrated
Table is obtained by the relationship between detection transmitting signal amplitude and transmitter different operating environment.
15. the calibrating installation of transmission power as claimed in claim 13, which is characterized in that the objective emission function of the data packet
Rate value is stored in advance in target power table, and the target gain pointer of signal is from the target function when by emitting the data packet
The objective emission performance number of signal when rate table obtains transmitting corresponding data packet.
16. the calibrating installation of transmission power as claimed in claim 11, which is characterized in that the working condition of the transmitter,
Further include:
The third state, to be in first state to the transmitter or the second state carrying out after the transmitter power losing lock
The state of confirmation.
17. the calibrating installation of transmission power as claimed in claim 16, which is characterized in that described first determines subelement, packet
It includes:
4th determining module, suitable for the working condition when the transmitter emits the nth data packet be first state when,
If less than the first preset value, the second state is in when emitting (n+1)th data packet for the comparison result, the is otherwise remained
One state；
5th determining module, suitable for the working condition when the transmitter emits the nth data packet be the second state when,
If the comparison result is greater than third preset value, it is in the third state when emitting (n+1)th data packet, otherwise keeps
For the second state；
6th determining module, suitable for the working condition when the transmitter emits the nth data packet be the third state when,
If the comparison result is greater than or equal to the second preset value, it is in first state when emitting (n+1)th data packet, otherwise protects
It holds as the second state；
Wherein, first preset value is less than the third preset value, and the third preset value is less than second preset value.
18. the calibrating installation of the transmission power as described in claim 16 or 17, which is characterized in that when the transmitter is emitting
Working condition when (n+1)th data packet is the third state, and working condition when emitting nth data packet is described second
When state, described second determines that subelement includes:
First obtains module, suitable for obtaining the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
Second obtains module, suitable for according to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting and described
Comparison result obtains corresponding gain pointer from preset transmission power mapping table；
First summation module, the transmission power level to be calibrated corresponding increasing of signal when suitable for (n+1)th data packet of the transmitting
Beneficial pointer and comparison result summation；
Third obtains module, is suitable for according to summed result, and transmitting described (n+1)th is obtained from preset gain pointer maps table
The target gain pointer of signal when data packet；
Second summation module, the target gain pointer and the ratio of signal when suitable for the transmitting (n+1)th data packet
The summation of relatively result；
4th obtains module, is suitable for obtaining corresponding gain from preset gain map table according to summed result.
19. the calibrating installation of the transmission power as described in claim 16 or 17, which is characterized in that when the transmitter is emitting
The non-third state of working condition when (n+1)th data packet emits the working condition non-described second when nth data packet
State, and when the two state difference, described second determines that subelement includes:
First obtains module, suitable for obtaining the transmission power level to be calibrated of signal when the transmitter emits (n+1)th data packet；
Second obtains module, suitable for according to the transmission power level to be calibrated of signal when (n+1)th data packet of the transmitting and described
Comparison result obtains corresponding gain pointer from preset transmission power mapping table；
First summation module, the transmission power level to be calibrated corresponding increasing of signal when suitable for (n+1)th data packet of the transmitting
Beneficial pointer and comparison result summation；
Third obtains module, is suitable for according to summed result, and transmitting described (n+1)th is obtained from preset gain pointer maps table
The target gain pointer of signal when data packet；
4th obtains module, suitable for the target gain pointer according to signal when emitting (n+1)th data packet, from preset increasing
Corresponding gain is obtained in beneficial mapping table.
20. the calibrating installation of transmission power as claimed in claim 11, which is characterized in that when the transmitter transmitting n-th+
Working condition when 1 data packet, when identical as working condition when transmitting nth data packet, described second determines subelement
Include:
7th determining module, suitable for using the gain of transmitter signal when emitting nth data packet as the transmitter
The gain of signal when emitting (n+1)th data packet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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| CN114828187B (en) * | 2022-04-08 | 2024-04-16 | Oppo广东移动通信有限公司 | Method for adjusting power of electronic equipment, electronic equipment and storage medium |
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| CN1411182A (en) * | 2001-09-27 | 2003-04-16 | 华为技术有限公司 | Power control method based on mixed automatic retransmission mechanism |
| CN101272165A (en) * | 2007-03-20 | 2008-09-24 | 北京三星通信技术研究有限公司 | Device and method of transmission power control information |
| CN101491049A (en) * | 2006-07-13 | 2009-07-22 | 卢森特技术有限公司 | Method of switching modes of uplink transmission in a wireless communication system |
| CN102186235A (en) * | 2011-04-01 | 2011-09-14 | 华为技术有限公司 | Automatic-gain-control (AGC) gain generating method and device |
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| CN1411182A (en) * | 2001-09-27 | 2003-04-16 | 华为技术有限公司 | Power control method based on mixed automatic retransmission mechanism |
| CN101491049A (en) * | 2006-07-13 | 2009-07-22 | 卢森特技术有限公司 | Method of switching modes of uplink transmission in a wireless communication system |
| CN101272165A (en) * | 2007-03-20 | 2008-09-24 | 北京三星通信技术研究有限公司 | Device and method of transmission power control information |
| CN102186235A (en) * | 2011-04-01 | 2011-09-14 | 华为技术有限公司 | Automatic-gain-control (AGC) gain generating method and device |
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