XC6133 Datasheet, PDF (7/28 Pages) Torex Semiconductor – Delay capacitor adjustable voltage detectors with sense pin isolation

XC6133
Series
■ELECTRICAL CHARACTERISTICS
PARAMETER
SYMBOL
CONDITIONS
Ta=25℃
MIN. TYP. MAX.
-40℃≦Ta≦125℃^(*5)
MIN. TYP. MAX.
UNITS
CIRCUIT
Operating Voltage
V_IN
1.6
6.0 1.6
6.0
V
V_SEN Input Voltage
V_SEN
0
6.0 0
6.0
V
V_DF(T)(*1)=1.0V～1.4V
V_DF(T)
-18mV
V_DF(T)
V_DF(T) V_DF(T)
+18mV -36mV
V_DF(T)
V_DF(T)
+36mV
V
Detect Voltage
V_DF
V_DF(T)(*1)=1.5V～3.0V
V_DF(T)
×0.988
V_DF(T)
V_DF(T) V_DF(T)
×1.012 ×0.973
V_DF(T)
V_DF(T)
×1.027
①
V_DF(T)(*1)=3.1V～5.0V
V_DF(T)
×0.985
V_DF(T)
V_DF(T) V_DF(T)
×1.015 ×0.970
V_DF(T)
V_DF(T)
×1.030
V
Temperature
Characteristics
∆V_DF/
-40℃≦Topr≦125℃
(∆Topr・V_DF)
- ±50 -
- ±50 - ppm/℃
Hysteresis Width
V_HYS
V_DF
V_DF
V_DF
V_DF
V_DF
V_DF
V
×0.03 ×0.05 ×0.07 ×0.02 ×0.05 ×0.08
Supply Current 1
Supply Current 2
V_SEN=V_DF×0.9V,
V_IN=1.6V
I_ss1
V_SEN=V_DF×0.9V,
V_IN=6.0V
V_SEN=V_DF×1.1V,
V_IN=1.6V
I_ss2
V_SEN=V_DF×1.1V,
V_IN=6.0V
- 1.28 2.65 - 1.28 3.92
- 1.36 2.80 - 1.36 4.22
µA
②
- 1.32 2.75
1.32 4.26
-
- 1.65 3.25 - 1.65 4.97
SENSE Resistance
R_SEN
V_IN=6.0V,V_SEN=6.0V
E-1^(*2)
-
E-2^(*2)
-
MΩ
③
Release Delay
Resistance
(TYPE:A/B/C/E/F/H)
V_IN=6.0V,V_SEN=6.0V,
V_Cd/MRB=0V
130 144 158 122 144 166
Release Delay
Resistance
(TYPE:D/K)
Rp
V_IN=6.0V,V_SEN=6.0V,
259 288 317 245 288 331
V_Cd/MRB=0V
Release Delay
Resistance
(TYPE:L/M)
V_IN=6.0V,V_SEN=6.0V,
8.3
11 18.4 7.6
11 20.0
kΩ
④
V_Cd/MRB=0V
Detect Delay
Resistance
(TYPE:C/D/H/K/L/M)
V_IN=6.0V,V_SEN=0V,
V_Cd/MRB=6.0V
130 144 158 122 144 166
Rn
Detect Delay
Resistance
V_IN=6.0V,V_SEN=0V,
V_Cd/MRB=6.0V
16.8 18 19.1 16.2 18 19.8
(TYPE:B/F)
Release Delay Time^(*3)
t_DR0
Detect Delay Time^(*4)
t_DF0
V_IN=6.0V,
V_SEN=V_DF×0.9V→
V_DF×1.1V
V_IN=6.0V,
V_SEN=V_DF×1.1V→
V_DF×0.9V
-
20 102 -
20 136
µs
⑤
-
20 82
-
20 116
Unless otherwise specified in measurement conditions, Cd/MRB pin is open.
(*1) _{VDF(T):Nominal detect voltage}
(*2) _{For VIN conditions, refer to SPEC TABLE (p.10).}
(*3) _{RESETB product: Time from when the VSEN pin voltage reaches the release voltage until the reset output pin reaches 5.4V(VIN×90%).}
RESET product: Time from when the V_SEN pin voltage reaches the release voltage until the reset output pin reaches 0.6V(V_IN×10%)
Release voltage(V_DR)=Detect voltage(V_DF)+Hysteresis width(V_HYS).
(*4) _{RESETB product: Time from when the VSEN pin voltage reaches the detect voltage until the reset output pin reaches 0.6V (VIN×10%).}
RESET product: Time from when the V_SEN pin voltage reaches the detect voltage until the reset output pin reaches 5.4V (V_IN×90%).
(*5) _{The ambient temperature range (-40℃≦Ta≦125℃) is a design Value.}
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