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AN1707 Scheda tecnica(PDF) 4 Page - STMicroelectronics

Il numero della parte AN1707
Spiegazioni elettronici  Gate Driver with Vreg and Two-Point Regulator
PDF  5 Pages
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Produttore elettronici  STMICROELECTRONICS [STMicroelectronics]
Homepage  http://www.st.com
Logo STMICROELECTRONICS - STMicroelectronics

AN1707 Scheda tecnica(HTML) 4 Page - STMicroelectronics

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AN1707
UVLO Start Up
4/5
2
UVLO START UP
The UVLO startup feature requires an off-line
voltage, together with a resistor, to be connected
to the Vcc pin, as shown in
Figure 1 on page 1.
The Vcc waveform at startup is shown in
Figure 7.
You should study the charging and discharging
time of the C1 capacitor time in order to choose
the optimum value of C1 for your application. The
C1 value should insure a sufficient discharge
delay time to avoid reaching the UVLOL voltage
value (8.2 V) which would turn off the circuit
before the first current pulses arrive.
Fig. 6: VSUP and VCAP dynamic behavior
Fig. 7: UVLO Start Up and Ivsup
C1 and C2 charging time
C1 and C2 dicharging time
Vcc = 13V RMS (DC)
C1 and C2 charging time
C1 and C2 dicharging time
Vcc = 13V RMS (DC)
Ivsup
on Vcap
UVLOH = 14.1V
UVLOL = 8.2V
VCC
Vtpron = 13.15V
Vtproff = 12.85V
Choise of C1 for the
minimum margin
in order to guarantee
the circuit ON state
Ivsup
on Vcap
UVLOH = 14.1V
UVLOL = 8.2V
VCC
Vtpron = 13.15V
Vtproff = 12.85V
Choise of C1 for the
minimum margin
in order to guarantee
the circuit ON state
Ivsup
on Vcap
UVLOH = 14.1V
UVLOL = 8.2V
VCC
Vtpron = 13.15V
Vtproff = 12.85V
Choise of C1 for the
minimum margin
in order to guarantee
the circuit ON state



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