MAX14811 Datasheet, PDF (5/20 Pages) Maxim Integrated Products – Dual, Unipolar/Bipolar, High-Voltage Digital Pulsers with Fault Condition Management

MAX14811
Dual, Unipolar/Bipolar, High-Voltage Digital Pulsers
with Fault Condition Management
ELECTRICAL CHARACTERISTICS* (continued)
(V_DD = +2.7V to +6V, V_{CC_}= +4.75V to +12.6V, V_{EE_}= -12.6V to -4.75V, V_{NN_}= -200V to 0, V_{PP_} = 0 to (V_{NN_}+ 200V), V_SS P the lower
of V_NN1 or V_NN2, T_A = T_J = T_MIN to T_MAX, unless otherwise noted. Typical values are at T_A = +25NC.) (Note 3)
PARAMETER
SYMBOL
CONDITIONS
MIN
V_{CC_} = +12V Q5%, V_{EE_} = -V_{CC_,}
High-Side Gate Short Impedance
R_HSH
I_{CGP_} = 10mA, V_{EN_} = 0V
V_{CC_} = +12V Q5%, V_{EE_} = -V_{CC_,}
I_{CGP_} = 10mA, V_{EN_} = V_DD
5
THERMAL SHUTDOWN
Thermal Shutdown
Thermal-Shutdown Hysteresis
T_HDN Junction temperature rising
DYNAMIC CHARACTERISTICS (R_L = 100I, C_L = 100pF, unless otherwise noted.)
Logic Input to Output Rise
Propagation Delay
t_PLH
V_{CC_} = +12V, V_{PP_} = +5V, V_{NN_} = -5V,
Figure 1
Logic Input to Output Fall
Propagation Delay
t_PHL
V_{CC_} = +12V, V_{PP_} = +5V, V_{NN_} = -5V,
Figure 1
Logic Input to Output Rise
Propagation Delay
t_POH
V_{CC_} = +12V, V_{PP_} = +5V, V_{NN_} = -5V,
Figure 1
Logic Input to Output Fall
Propagation Delay
t_POL
V_{CC_} = +12V, V_{PP_} = +5V, V_{NN_} = -5V,
Figure 1
Logic Input to Output Rise
Propagation Delay Clamp
t_PHO
V_{CC_} = +12V, V_{PP_} = +5V, V_{NN_} = -5V,
Figure 1
Logic Input to Output Fall
Propagation Delay Clamp
t_PLO
V_{CC_} = +12V, V_{PP_} = +5V, V_{NN_} = -5V,
Figure 1
OUT_ Rise Time (GND to V_{PP_})
OUT_ Rise Time (V_{NN_} to GND)
OUT_ Rise Time (V_{NN_} to V_{PP_})
OUT_ Fall Time (GND to V_{NN_})
OUT_ Fall Time (V_{PP_} to GND)
OUT_ Fall Time (V_{PP_} to V_{NN_})
OUT_ Enable Time from EN_
(Figure 2)
OUT_ Disable Time from EN_
(Figure 2)
Clamp Enable Time from INC_
(Figure 3)
t_ROP
t_RNO
t_RNP
t_FON
t_FPO
t_FPN
t_EN
t_DI
t_EN-CL
V_{PP_} = +100V, V_{NN_} = -100V, V_{CC_} = +12V
Q5%, V_{EE_} = -V_{CC_}, Figure 1
V_{PP_} = +100V, V_{NN_} = -100V, V_{CC_} = +12V
Q5%, V_{EE_} = -V_{CC_}, Figure 1
V_{PP_} = +100V, V_{NN_} = -100V, V_{CC_} = +12V
Q5%, V_{EE_} = -V_{CC_}, Figure 1
V_{PP_} = +100V, V_{NN_} = -100V, V_{CC_} = +12V
Q5%, V_{EE_} = -V_{CC_}, Figure 1
V_{PP_} = +100V, V_{NN_} = -100V, V_{CC_} = +12V
Q5%, V_{EE_} = -V_{CC_}, Figure 1
V_{PP_} = +100V, V_{NN_} = -100V, V_{CC_} = +12V
Q5%, V_{EE_} = -V_{CC_}, Figure 1
V_{CC_} = +12V Q5%, V_{EE_} = -V_{CC_}
V_{CC_} = +5V Q5%, V_{EE_} = -V_{CC_}
V_{CC_} = +12V Q5%, V_{EE_} = -V_{CC_}
V_{CC_} = +5V Q5%, V_{EE_} = -V_{CC_}
V_{CC_} = +12V Q5%, V_{EE_} = -V_{CC_}
V_{CC_} = +5V Q5%, V_{EE_} = -V_{CC_}
TYP
7.5
150
20
15
15
15
15
15
15
9
17
10.5
9
17
10.5
MAX
100
UNITS
I
10
kI
NC
NC
ns
ns
ns
ns
ns
ns
20
ns
35
ns
35
ns
20
ns
35
ns
35
ns
100
ns
150
100
ns
150
100
ns
150
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*The parametic values (min, typ, max limits) shown in the Electrical Characteristics table supersede values quoted elsewhere in this data sheet.