ICB2FL03G Datasheet, PDF (54/60 Pages) Infineon Technologies AG – 2nd Generation FL Controller for Fluorescent Lamp Ballasts

ICB2FL03G
Controller for Fluorescent Lamp Ballasts
Electrical Characteristics
5.3.4 Parameter limits for extended temperature range down to -40°C
For any other parameter which is not listed below, the -25°C limit is also valid for -40°C
Parameter
Symbol
Junction Temperature
LSVCC Turn-On Threshold
VCC Zener Clamp Voltage
HSVCC Quiescent Current
HSVCC Turn-On Threshold
HSVCC Turn-Off Threshold
HSVCC Turn-On/Off Hyst.
Over Current Blanking +
Propagation Delay
T_J
V_VCCOn
I_VCCZener
I_HSVCCqu2
V_HSVCCOn
V_HSVCCOff
V_HSVCCHy
t_PFCCSOff
Leading Edge Blanking
t_Blanking
Clamping of pos. Voltages
V_PFCZCDpclp
Clamping of neg. Voltages
V_PFCZCDnclp
PFCZCD Ringing Suppress. Time t_Ringsup
Limit Value for ON Time
Extension
∆t x I_ZCD
Trimmed Reference Voltage
Overvoltage turn Off (109%)
Overvoltage turn On (105%)
Under voltage (75%)
Rated Bus Voltage (95%)
Max. ON – Time
Off Time
PFCGD Low Voltage
V_PFCVSRef
V_PFCVSRUp
V_PFCVSLow
V_PFCVSUV
V_PFCVS95
t_{PFCON_max}
t_PFCOff
V_PFCGDLow
PFCGD High Voltage
V_PFCGDHigh
PFCGD active Shut Down
PFCGD UVLO Shut Down
PFC Rise Time
PFC Fall Time
LSGD Low Voltage
V_PFCGASD
V_PFCGDuvlo
t_PFCGDRise
t_PFCGDFall
V_LSGDLow
Limit Values
min. typ. max.
-40
150
13.48 14.0 14.5
2.5 - 5.05
0.26 0.65 1.2
9.8 10.4 11.0
8.08 8.6 9.3
1.4 1.7 2.03
140 200 262
Unit
Test Conditions
°C
V Hysteresis
mA V_VCC = 17.5V/V_RES = 5V
mA V_HSVCC > V_HSVCCOn
V Hysteresis
V
V
ns
180 250
4.1 4.6
-1.69 -1.4
350 500
498 700
315
5.12
-1.0
660
900
ns
V
V
ns
pAxs
Pulse width when V_PFCCS > 1.0 V
I_PFCZCDSink = 2mA
I_PFCZCDSource = -2mA
2.468 2.50 2.53 V ± 1.2 %
2.677 2.73 2.78 V
2.567 2.63 2.68 V
1.832 1.88 1.915 V
2.320 2.38 2.425 V
18.0 24.0 28.6 μs 0.45V < VPFCVS < 2.45V
42 47 52.5 μs
0.4 0.7 0.92
0.4 0.75 1.12
-0.2 0.3 0.62
10.0 11.0 11.6
8.98 –
–
8.47 –
–
0.4 0.75 1.12
0.3 1.0 1.56
100 245 450
20 45 72
0.4 0.7 1.02
0.4 0.8 1.22
-0.3 0.2 0.53
V I_PFCGD = 5mA
V I_PFCGD = 20mA
V I_PFCGD = -20mA
V I_PFCGD = -20mA
V
I_PFCGD = -1mA / V_VCC1)
V
I_PFCGD = -5mA / V_VCC1)
V I_PFCGD = 20mA V_VCC=5V
V I_PFCGD = 5mA V_VCC=2V
ns 2V > V_LSGD > 8V²⁾
ns 8V > V_LSGD > 2V²⁾
V I_LSGD = 5mA (sink)
V I_LSGD = 20mA (sink)
V I_LSGD = -20mA (source)
Final Data Sheet
54
V1.1, 2013-08-14