mc33185d2t ETC-unknow, mc33185d2t Datasheet - Page 4

• Manufacturer Part Number: mc33185d2t
• Description: Single Side Driver
• Manufacturer: ETC-unknow

ELECTRICAL CHARACTERISTICS.
NOTES 1a : Schaffner test, see Þgure 3, Pulses 1, 2, 3a, 3b, 5, 6.
NOTES 1b : Schaffner test, see Þgure 4, Pulses 1, 2, 3a, 3b, 5, 6.
NOTES 2 : Equivalent human body model R = 1,5K W ; C = 200pF.
NOTES 3 : The normal operating voltage range is 7V <= Vs <= 24V. Between 24V and 40V the output stage will follow the state deÞned by the inputs, but the elec-
trical characteristics are not totally speciÞed.
NOTES 4 : Pulse tested, tp<=300 m s, D<=2%.
NOTES 5 : The inherent body diode (source to drain) of the output FET will conduct current if the output pin is pulled below ground.
NOTES 6 : Linear short-circuit current regulation. When the overcurrent lasts enough time to raise the junction temperature, thermal shutdown will react as de-
scribed in note 8.
NOTES 7 : The driver works correctly down to the shutdown voltage. Below the shutdown voltage, the driver is off.
NOTES 8 : The output driver will be switched off if the junction temperature exceeds its maximum value. This thermal shutdown works with an hysteresis, with a
self reset.
NOTES 9 : This is the current measured on GND when the device is in freewheeling. It consists in the supply current for the logic (5mA max) plus the leakage cur-
rent ßowing from Vs to GND. The leakage current is speciÞed to be less than 1% of the nominal freewheeling forward current.
NOTES10 : In order to reduce RFI, the output voltage and supply current rise and fall times are limited
MC33185
TIMING CHARACTERISTICS
Turn On Delay
Turn Off Delay
Rise Time. Note 10
Output Voltage Slope
Output Current Slope
Fall Time. Note 10
Output Voltage Slope
Output Current Slope
Parameters
7V <= Vs <= 24V, -40 ° C <= Tj <= 150 ° C unless otherwise speciÞed.
7V <= Vs <= 24V, -40 ° C <= Tj <= 150 ° C unless otherwise speciÞed.
MOTOROLA
(dVout/dt)r
(dVout/dt)f
(dlout/dt)r
(dlout/dt)f
Symbol
tdl on
tdl off
.
Min
2,5
2,5
50
50
Typ
Max
100
100
10
10
10
10
mA/ m s
V/ m s
V/ m s
V/ m s
Unit
m s
m s
4