CN203181390U - Solar power supply injection-locking power synthesis light-modulation fluorescent lamp - Google Patents
Solar power supply injection-locking power synthesis light-modulation fluorescent lamp Download PDFInfo
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- CN203181390U CN203181390U CN 201320227538 CN201320227538U CN203181390U CN 203181390 U CN203181390 U CN 203181390U CN 201320227538 CN201320227538 CN 201320227538 CN 201320227538 U CN201320227538 U CN 201320227538U CN 203181390 U CN203181390 U CN 203181390U
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Abstract
The utility model relates to the electric light source illumination technical field and specifically discloses a solar power supply injection-locking power synthesis light-modulation fluorescent lamp. The fluorescent lamp comprises a fluorescent tube, a solar power supply, a reference crystal oscillator, a phase light-modulation chip, a push-pull amplifier, a push-pull oscillator and a power synthesis coupler. The output of a voltage controlled oscillator VCO of the phase light-modulation chip is connected with the push-pull amplifier. An output power transformer T1 and a push-pull oscillator output power transformer T3 are fed into the addition coupler for power synthesis. The synthesized power further undergoes a voltage boost and then makes the fluorescent tube turned on in a matching way. Signals of the reference crystal oscillator are injected into the voltage controlled oscillator VCO through a frequency divider for phase locking. After a power synthesis of the push-pull amplifier transformer T1 and a push-pull oscillator transformer T3, a cross-coupling injection-locking frequency pulls a push-pull oscillator coherent synchronous locking phase. Large-power illumination is achieved. An excessive temperature rise of devices is prevented. Imbalanced oscillation frequency change power is also prevented. Light rays are further prevented from deteriorating. The fluorescent lamp is suitably used in illumination occasions as a light-modulation fluorescent lamp powered by a solar low-voltage heavy-current power supply.
Description
Technical field
The utility model relates to the electric source lighting technical field, specifically is that a kind of sun-generated electric power is annotated the synthetic fluorescent lamp of lock power.
Background technology
The general LC of prior art electric ballast or RC oscillator are as fluorescent light, and the frequency of oscillation of generation is subjected to temperature change stability poor, influence the unstable light intensity of power and descend, though features simple structure, cost is low.But supply voltage is low, obtain high-power illumination and certainly will increase device current, and cause the too high frequency of oscillation that causes of hunting power pipe power consumption sharp increase temperature rise to change, and the result can make light unbalance with the frequency change power magnitude.Simultaneously, big electric current descends by the high magnetic permeability of coil temperature rise, the little impedance trend zero of saturation inductors quantitative change, light fixture operating time and temperature rise direct ratio, device aging is accelerated in temperature rise, and gently then the unstable brightness of lamp luminescence descends, and is heavy then burn out device reduction of service life.In addition, high power strong optical illumination light is non-adjustable had both wasted electric energy, and the impairment work of optic pollution environmental impact eyesight or life.
Summary of the invention
The purpose of this utility model provides sun-generated electric power low-voltage and high-current power supply, and the inversion phase locked a kind of sun-generated electric power of high frequency stabilization of vibrating is annotated the synthetic fluorescent lamp of lock power.
The utility model technical solution is: comprise sun-generated electric power, fluorescent tube, the benchmark crystal oscillator, frequency divider, the phase dimming chip, push-pull amplifier, pusb pull oscilator, the addition coupler, the abnormal condition of lamp tube detector, wherein, the benchmark crystal oscillator is by quartz-crystal resonator, two inverters and resistance capacitance are formed, first inverter input and the biasing of output two ends cross-over connection resistance, and respectively and connect ground capacity, simultaneously, the quartz-crystal resonator of cross-over connection series connection trimmer also, benchmark crystal oscillator output signal inserts frequency divider through second inverter, the phase dimming chip, chip includes voltage controlled oscillator VCO, phase discriminator, recommend amplification driving circuit, detect lamp load current phase circuit CS, the phase dimming interface, lamp load is controlled SD unusually, power end V
DDBy the resistance step-down, capacitor filtering inserts sun-generated electric power, the VCO external capacitor produces vibration, fluorescent tube inductance, capacitor resonance point phase place insert in the fluorescent tube sampling and detect lamp load current phase circuit CS, by chip internal to phase discriminator one end, the light modulation direct voltage connects phase dimming interface DIM, insert the phase discriminator other end by the chip internal voltage controlled oscillator VCO through the phase dimming interface, phase discriminator output meets VCO through constant-current source, VCO output connects recommends amplification driving circuit, drive output HO, LO connect push-pull amplifier, and power output is through transformer T
1With pusb pull oscilator output transformer T
3Feed-in addition coupler power is synthetic, the coupling of boosting fluorescent tube starter, the benchmark crystal oscillator injects phase dimming chip VCO locking phase through the reference signal capacitance partial pressure of frequency divider frequency division, annotate frequency locking rate traction coherent synchronization locking phase by push-pull amplifier and pusb pull oscilator in the synthetic mutual coupling of addition coupler power, the abnormal condition of lamp tube detector signal inserts phase dimming chip lamp load through resistance and controls SD unusually, the abnormal condition of lamp tube detector signal connects the pusb pull oscilator fet gate through resistance, and sun-generated electric power connects the benchmark crystal oscillator, frequency divider, the power end of push-pull amplifier and pusb pull oscilator;
Wherein, pusb pull oscilator is by two high-power MOS field effect transistor Q
3, Q
4Drain electrode also meets transformer T
3Resonant inductance L
4Two ends, grid meet transformer T
2Feedback inductance L
8Two ends, inductance L
8The field effect transistor Q of central point source ground in parallel
5Drain electrode and resistance R
7, R
8, inductance L
7Series resistance R
10With transformer T
3Inductance L
5Closure, inductance L
4Central point series inductance L
9And meet shunt capacitance C
9Insert sun-generated electric power, two high-power MOS field effect transistor Q
3, Q
4Source electrode is through earth resistance R
9Voltage drop is by resistance R
11Current sampling and abnormal condition of lamp tube detector signal insert field effect transistor Q
5Grid;
Sun-generated electric power is by photovoltaic battery panel E
1Output series connection blocking diode VD
2, relay contact connects storage battery E
2With the light fixture that is connected to lighting switch, storage battery E
2Cross pressure-controlled sample resistance R
20, RP
2, R
21Base chip IC during access
5High level trigger end TH, under-voltage control sample resistance R
22, RP
3, R
23Insert low level trigger end TL, electrical equipment is succeeded in output, and storage battery seals in quick fuse F, and takes over control reversal connection diode VD
3
The utility model produces good effect: solve sun-generated electric power low pressure, big electric current power supply self-excitation and its and swash that two to push away the high frequency stabilization Phase synchronization of vibration injection phase-locking power synthetic, reach single push-pull oscillator or recommend to amplify and be difficult to obtain high-power fluorescent lamp illumination, avoid device temperature rise frequency of oscillation to change power imbalances, steady light increases the service life.
Description of drawings
Fig. 1 technical solutions of the utility model theory diagram
Fig. 2 benchmark crystal oscillating circuit
Fig. 3 sun-generated electric power is annotated the synthetic fluorescent lamp circuit of lock power
Fig. 4 solar-electricity source circuit
Embodiment
With reference to Fig. 1,2,3,4, the utility model embodiment and embodiment: comprise sun-generated electric power 1, fluorescent tube 8, benchmark crystal oscillator 2, frequency divider 3, phase dimming chip 4, push-pull amplifier 5, pusb pull oscilator 6, addition coupler 7, abnormal condition of lamp tube detector 9, wherein, benchmark crystal oscillator 2 is by quartz-crystal resonator JT, two inverter ics
1, IC
2And resistance R
1, capacitor C
0, C
1, C
2Form first inverter ic
1Input and output two ends cross-over connection resistance R
1Biasing, and respectively and meet ground capacity C
1, C
2, simultaneously, go back cross-over connection series connection trimming capacitor C
0Quartz-crystal resonator JT, benchmark crystal oscillator 2 output signals are through second inverter ic
2 Insert frequency divider 3, phase dimming chip 4, i.e. chip IC
4Model IR21592 includes voltage controlled oscillator VCO, phase discriminator, recommends amplification driving circuit, detects lamp load current phase circuit CS, phase dimming interface, lamp load and controls SD unusually, power end V
DDBy resistance R
19Step-down, capacitor C
8Filtering inserts sun-generated electric power, VCO external capacitor C
4Produce vibration, fluorescent tube 8 inductance L
12, capacitor C
11The resonance point phase place inserts in the fluorescent tube sampling and detects lamp load current phase circuit CS, by chip internal to phase discriminator one end, light modulation direct voltage 1-5V connects phase dimming interface DIM, insert the phase discriminator other end by the chip internal voltage controlled oscillator VCO through the phase dimming interface, phase discriminator output meets VCO through constant-current source, VCO output connects recommends amplification driving circuit, and drive output HO, LO connect push-pull amplifier 5, and power output is through transformer T
1With pusb pull oscilator 6 output transformer T
3Feed-in addition coupler 7 power are synthetic, the coupling of boosting fluorescent tube 8 starters, and benchmark crystal oscillator 2 is through the reference signal f of frequency divider 3 frequency division ÷ N
OCapacitor C
3, C
5Dividing potential drop is injected phase dimming chip 4 voltage controlled oscillator VCO locking phases, annotates frequency locking rate traction coherent synchronization locking phase by push-pull amplifier 5 and pusb pull oscilator 6 in the synthetic mutual coupling of addition coupler 7 power, and abnormal condition of lamp tube detector 9 signals are through resistance R
13Insert phase dimming chip 4 lamp loads and control SD unusually, abnormal condition of lamp tube detector 9 signals are through resistance R
12Meet pusb pull oscilator 6 field effect transistor Q
5Grid, sun-generated electric power 1 meet the power end+V of benchmark crystal oscillator 2, frequency divider 3, push-pull amplifier 5 and pusb pull oscilator 6.
IC
4Pin mark function: V
DDPower end, VCO connects oscillating capacitance, DIM phase dimming interface, HO drives Q
1, LO drives Q
2, CS detects lamp load current phase information, and the SD lamp load is controlled unusually, COM ground connection.
IC
5Pin mark function: V
CCPower end, the TL low level triggers, and the TH high level triggers, V
MRReset Vc voltage control, D
ISDischarge end, V
0Output, GND ground connection.
Push-pull amplifier drives Q at phase dimming chip external excited oscillation
1, Q
2, in turn conducting, by half cycle; Pusb pull oscilator self-oscillation Q
3, Q
4In turn conducting, by half cycle, twoly push away that the stack of power output addition coupler is synthetic to drag large-power lamp, dilatation is reliable, but requires two oscillating voltage phase place unanimities, and is unbalanced to eliminate non-linear intermodulation power, obtains stable power output.For this reason, introduce injection phase-locking and solve power synthesis phase simultaneous techniques.
Benchmark crystal oscillator quartz resonator frequency is subjected to variations in temperature minimum, and is highly stable.Reference signal is injected phase dimming chip voltage controlled oscillator VCO locking phase through frequency divider.Do not inject reference signal VCO and produce free oscillation frequency, it is synthetic to inject reference signal VCO oscillating voltage and its vector, and by VCO non-linear frequency mixing locking phase, oscillator signal and injection reference signal only have a fixing phase difference.Synchronization bandwidth and injecting power direct ratio, with VCO loaded Q inverse ratio, because reference signal is injected the VCO input, gain is high, the small-power locking.The reference signal frequency division injects apolegamy high frequency quartz resonator, is easy to lock tens of to hundreds of kilo hertzs of LC or RC oscillator.Frequency divider IC
3Binary system or decade counter frequency division.
Injection phase-locking need not voltage-controlled tuning, phase demodulation, loop filtering, and circuit structure is simple, superior performance, and fringe cost is low.The two power outputs that push away of addition coupler stack are synthesized, and " closely binding " mutual coupling is annotated lock effect push-pull amplifier and drawn pusb pull oscilator frequency coherence genlocing phase place.Injection phase-locking there is not difference with looped phase locking in essence, is fit to large-power lamp stable oscillation stationary vibration frequency and power and avoids the too high power imbalances of device temperature rise, and steady light increases the service life.
Addition coupler T
4Inductance L
10Recommend output power transformer T with two
1, T
3Inductance L
2, L
6Anti-phase exciting current stack, 180 ° of low-order harmonics of phase difference are cancelled out each other, and the output current conversion doubles summation and delivers to lamp load, and two electric currents equate balance resistance R
14No power waste.
Phase dimming is taken from fluorescent tube ballast inductance L
12, capacitor C
11Resonance point, lamp load current phase and injection reference signal f
OThe phase place phase demodulation relatively is higher than resonance point lamp current leading voltage, is lower than resonance point lamp current lagging voltage, and the current/voltage phase difference is little, and power is big, light is strong, and vice versa.Control phase dimming interface direct voltage DC1-5V changes voltage controlled oscillator VCO phase deviation, makes push-pull amplifier and pusb pull oscilator voltage-phase simultaneous bias, regulates RP
1Voltage changes lamplight brightness, realizes the high-power lamp light modulation.
Pusb pull oscilator T
2, T
3The dual transformer vibration, T
3Can be unsaturated, the effect height.Resonance frequency is transferred L
4, oscillatory feedback is transferred resistance R
10Or inductance L
5, do not involve mutually.
Lamp abnormal current magnet ring inductance L
13Voltage diode VD
1Detection, resistance R
15, capacitor C
14Filtering is through resistance R
12, capacitor C
10Make Q
5Conducting, pusb pull oscilator power tube Q
3, Q
4End; Vibration drives chip lamp failure controller SD control failure of oscillation, protection push-pull amplifier Q
1, Q
2Simultaneously, lamp abnormal current resistance R
6Pressure drop is through resistance R
4, capacitor C
6Open vibration and drive chip current detection CS, protection Q
1, Q
2Lamp abnormal current resistance R
9Pressure drop is through resistance R
11, capacitor C
10And then make Q
5Conducting, duplicate protection Q
3, Q
4
Resistance R
17, capacitor C
12Absorb and suppress the level and smooth light of spike, capacitor C
13The coupling tube starting, capacitor C
11, inductance
12Resonance is in annotating the easiest starter of lock reference frequency.Resistance R
16Dc bias prevents fluorescent tube G two blackout.
The under-voltage control of sun-generated electric power, base chip IC when battery tension is lower than
5The 555 low level trigger end TL 1/3V that takes a sample
CCThe time, the set of time base chip, the relay J adhesive, contact J-1 connects charge in batteries, when the battery tension abundance, crosses pressure-controlled voltage and is higher than the high level trigger end HL 2/3V that takes a sample
CC, time base chip reset, relay releasing contact J-1 cuts off solar cell the storage battery overvoltage is charged.Along with light fixture DW illumination consumed power battery tension is reduced to set voltage, solar cell recovers charging, makes battery tension remain on the illumination desirable value, switch S control lamp lighting.
Blocking diode VD
2Unilateal conduction prevents storage battery to the solar cell reverse charge, diode VD
3When reverse connection of accumulator conducting short circuit, blown fuse F protects storage battery fast.Capacitor C
15, C
17Decoupling, resistance R
24, capacitor C
16, voltage stabilizing didoe VD
4Base chip power when supplying.Diode VD
5Suppress the relay J adhesive, discharge the reverse voltage that produces, protection IC
5Impaired.
Embodiment sun-generated electric power 30V, two electric current 2.3A that push away, the 56W fluorescent tube G that ignites, efficient 81%, the illumination of turning on light round the clock, the power MOS pipe temperature rise increases the service life in permissible value.
Claims (3)
1. a sun-generated electric power is annotated the synthetic fluorescent lamp of lock power, comprise sun-generated electric power, fluorescent tube, it is characterized in that: also comprise the benchmark crystal oscillator, frequency divider, the phase dimming chip, push-pull amplifier, pusb pull oscilator, the addition coupler, the abnormal condition of lamp tube detector, wherein, the benchmark crystal oscillator is by quartz-crystal resonator, two inverters and resistance capacitance are formed, first inverter input and the biasing of output two ends cross-over connection resistance, and respectively and connect ground capacity, simultaneously, the quartz-crystal resonator of cross-over connection series connection trimmer also, benchmark crystal oscillator output signal inserts frequency divider through second inverter, the phase dimming chip, chip includes voltage controlled oscillator VCO, phase discriminator, recommend amplification driving circuit, detect lamp load current phase circuit CS, the phase dimming interface, lamp load is controlled SD unusually, power end V
DDBy the resistance step-down, capacitor filtering inserts sun-generated electric power, the VCO external capacitor produces vibration, fluorescent tube inductance, capacitor resonance point phase place insert in the fluorescent tube sampling and detect lamp load current phase circuit CS, by chip internal to phase discriminator one end, the light modulation direct voltage connects phase dimming interface DIM, insert the phase discriminator other end by the chip internal voltage controlled oscillator VCO through the phase dimming interface, phase discriminator output meets VCO through constant-current source, VCO output connects recommends amplification driving circuit, drive output HO, LO connect push-pull amplifier, and power output is through transformer T
1With pusb pull oscilator output transformer T
3Feed-in addition coupler power is synthetic, the coupling of boosting fluorescent tube starter, the benchmark crystal oscillator injects phase dimming chip VCO locking phase through the reference signal capacitance partial pressure of frequency divider frequency division, annotate frequency locking rate traction coherent synchronization locking phase by push-pull amplifier and pusb pull oscilator in the synthetic mutual coupling of addition coupler power, the abnormal condition of lamp tube detector signal inserts phase dimming chip lamp load through resistance and controls SD unusually, the abnormal condition of lamp tube detector signal connects the pusb pull oscilator fet gate through resistance, and sun-generated electric power connects the benchmark crystal oscillator, frequency divider, the power end of push-pull amplifier and pusb pull oscilator.
2. sun-generated electric power according to claim 1 is annotated the synthetic fluorescent lamp of lock power, and it is characterized in that: pusb pull oscilator is by two high-power MOS field effect transistor Q
3, Q
4Drain electrode also meets transformer T
3Resonant inductance L
4Two ends, grid meet transformer T
2Feedback inductance L
8Two ends, inductance L
8The field effect transistor Q of central point source ground in parallel
5Drain electrode and resistance R
7, R
8, inductance L
7Series resistance R
10With transformer T
3Inductance L
5Closure, inductance L
4Central point series inductance L
9And meet shunt capacitance C
9Insert sun-generated electric power, two high-power MOS field effect transistor Q
3, Q
4Source electrode is through earth resistance R
9Voltage drop is by resistance R
11Current sampling and abnormal condition of lamp tube detector signal insert field effect transistor Q
5Grid.
3. sun-generated electric power according to claim 1 is annotated the synthetic fluorescent lamp of lock power, and it is characterized in that: sun-generated electric power is by photovoltaic battery panel E
1Output series connection blocking diode VD
2, relay contact connects storage battery E
2With the light fixture that is connected to lighting switch, storage battery E
2Cross pressure-controlled sample resistance R
20, RP
2, R
21Base chip IC during access
5High level trigger end TH, under-voltage control sample resistance R
22, RP
3, R
23Insert low level trigger end TL, electrical equipment is succeeded in output, and storage battery seals in quick fuse F, and takes over control reversal connection diode VD
3
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Cited By (1)
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CN104105323A (en) * | 2013-04-15 | 2014-10-15 | 张根清 | Solar power supply injection phase-locking power synthesis light-modulation fluorescent lamp |
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Publication number | Priority date | Publication date | Assignee | Title |
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CN104105323A (en) * | 2013-04-15 | 2014-10-15 | 张根清 | Solar power supply injection phase-locking power synthesis light-modulation fluorescent lamp |
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---|---|---|---|
C14 | Grant of patent or utility model | ||
GR01 | Patent grant | ||
C17 | Cessation of patent right | ||
CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130904 Termination date: 20140415 |