Driver stage for switching load for motor vehicle door control

The driver stage has a series circuit of a load (L), a switching transistor (Q1) and resistor (R1) between operating voltage poles. The switching transistor is switchable with control signals by a driver transistor (Q4) whose emitter is connected to ground pole and whose collector is connected to th...

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Main Author MURR, ROBERT
Format Patent
LanguageEnglish
German
Published 14.09.2000
Edition7
Subjects
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Abstract The driver stage has a series circuit of a load (L), a switching transistor (Q1) and resistor (R1) between operating voltage poles. The switching transistor is switchable with control signals by a driver transistor (Q4) whose emitter is connected to ground pole and whose collector is connected to the plus pole via a sixth resistor (R6) and via a fifth resistor (R5) to the switching transistor's base. The emitter of a short circuit transistor (Q2) is connected to the plus pole, its collector to the switching transistor's base and its base via a second resistor to the switching transistor's emitter. The switching path of a parallel transistor (Q3) controllable in synchronism with the switching transistor is connected to the short circuit transistor's base and via a third resistor to the switching transistor's collector'. Die Emitter-Kollektor-Strecke eines Schalttransistors Q1 einer Treiberstufe wird durch Einschalten eines Kurzschlußtransistors Q2 bei größer werdendem Laststrom hochohmiger und Laststrom und Verlustleistung des Schalttransisitors dadurch geringer. Dieser Effekt wird durch Parallelschalten eines Spannungsteilers zur Emitter-Kollektor-Strecke des Schalttransisitors mittels eines Paralleltransisitors Q3 verstärkt.
AbstractList The driver stage has a series circuit of a load (L), a switching transistor (Q1) and resistor (R1) between operating voltage poles. The switching transistor is switchable with control signals by a driver transistor (Q4) whose emitter is connected to ground pole and whose collector is connected to the plus pole via a sixth resistor (R6) and via a fifth resistor (R5) to the switching transistor's base. The emitter of a short circuit transistor (Q2) is connected to the plus pole, its collector to the switching transistor's base and its base via a second resistor to the switching transistor's emitter. The switching path of a parallel transistor (Q3) controllable in synchronism with the switching transistor is connected to the short circuit transistor's base and via a third resistor to the switching transistor's collector'. Die Emitter-Kollektor-Strecke eines Schalttransistors Q1 einer Treiberstufe wird durch Einschalten eines Kurzschlußtransistors Q2 bei größer werdendem Laststrom hochohmiger und Laststrom und Verlustleistung des Schalttransisitors dadurch geringer. Dieser Effekt wird durch Parallelschalten eines Spannungsteilers zur Emitter-Kollektor-Strecke des Schalttransisitors mittels eines Paralleltransisitors Q3 verstärkt.
Author MURR, ROBERT
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DocumentTitleAlternate Treiberstufe zum Schalten einer Last
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Snippet The driver stage has a series circuit of a load (L), a switching transistor (Q1) and resistor (R1) between operating voltage poles. The switching transistor is...
SourceID epo
SourceType Open Access Repository
SubjectTerms BASIC ELECTRONIC CIRCUITRY
ELECTRICITY
PULSE TECHNIQUE
Title Driver stage for switching load for motor vehicle door control
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