FZL4141D ,(FZL4145D) FZL4141DCharacteristics
Supply voltage 4.5 Vs; V5330 V
FZL 4141 D 0°CSTAS+70°C
FZL 4145 D --25 °CS TAS; ..
FZL4145D , Quad Driver Incl. Short-Circuit Signaling
FZL4145D , Quad Driver Incl. Short-Circuit Signaling
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FZL4141D
(FZL4145D) FZL4141D
FZL 4141 D
FEL 4145 D
The switching threshold at inputs DI and ENA can be adjusted between 1.5 V and 7 V via
connection TS:
Vrs = 0 V; input threshold =1.5 V (for 5 V logic)
Vrs = 0 to 5 V; input threshold = VTS +1.5 V
Vrs == VS: input threshold = 7 V (for 12/15 V and 24/28 V logic)
If the output is disabled due to the logic states of inputs DI or ENA this disable is effective
over the total supply voltage range between VS = 0 V and VS = 35 V.
The inputs are protected with clamp diodes.
Maximum Ratings
Description Symbol min max Unit Notes
Supply voltage VS -0.3 35 V
Supply voltage VS -0.3 45 V 100 ms duration,
1 s interval
Input voltage at DI and ENA Va, ENA -0.3 35 V 1)
Voltage at TS and SQ Vrs, SQ -0.3 45 V
Output voltage Va and voltage at C Va, Vc -0.3 vs V
FZL 4141 D
m. 4145 D
Characteristics
Supply voltage 4.5 Vs; VS s; 30 V
FZL 4141 D 0°CSTAS+70°C
FZL 4145 D --25 °CS TAS +85 ''C
Description Symbol Test conditions min typ max Unit
Supply current Is VENA =. O V, Vw---. VS 6 8.5 mA
H input voltage
at DI, ENA VI H Vrs = 0 V 2 V
H input voltage
at DI, ENA VI H VTS = VS 8 V
Linputvoltage
at DI, ENA VI L Vrs = 0 V 0.7 V
Linputvoltage
at DI, ENA VI L VTS = VS 6 V
Input current at DI, ENA Ia, ENA 0.5 I/s VDLENASSOV 50 200 WA
L output voltage at SQ V30 L Isa = 5 mA 0.5 V
Output current available‘) h, Va = VS -1.5 V 1.5 2 5 mA
fa r, = 0 °C, 1.7 mA
Va = VS -1.5 V
Current from TS -1Ts Vrs = 0 V 2 10 WA
Switching threshold at W Vw Vs-0.6 Vs-0.5 Vs-0.4 V
Current in W lw 100 pA
Current from C -lc TA = 20 °C 12 20 34 pA
Current in C Ic TA LW.". 20°C 0.6 1 1.7 mA
Upper switching
threshold at C ch TA = 20 "C 1.6 2.1 1.7 V
Lower switching
threshold at C VOL TA = 20 "C 0.6 0.9 1.2 V
Saturation voltage at T2) Vo R Vw= Vs -2V, IQ=O Vs-0.3 V
H output voltage Vo H VENA = 0 V Vs-0.25 VS -0.02 V
1) The actual output current is typically 0.5 mA higher, a value which is required as current for the
short-circuit protection. However, only the value specified above is available to drive the external
output transistors.
2) See block diagram
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