TS55001 Datasheet, PDF (7/22 Pages) List of Unclassifed Manufacturers – High Efficiency Li-Ion Battery Charger

TS55001
Version 1.3
THERMISTOR CHARACTERISTICS
Electrical Characteristics, T_J = -40C to 125C, VIN = 5.3V (unless otherwise noted)
Symbol
Parameter
Condition
Min
V_{VTH_REF}
VTH_REF output voltage
I_{VT_REF} = 2uA-100uA
10KΩ Temperature Thresholds – β=3434K
0°C
0°C Vtherm Threshold (0°C)
Decreasing Temperature
0°C_HYST
10°C
0°C Vtherm Threshold with
Hysteresis (10°C)
10°C Vtherm Threshold (10°C)
Increasing Temperature
Decreasing Temperature
10°C_HYST
45°C
10°C Vtherm Threshold with
Hysteresis (11°C)
45°C Vtherm Threshold (45°C)
Increasing Temperature
Increasing Temperature
45°C_HYST
50°C
45°C Vtherm Threshold with
Hysteresis (44°C)
50°C Vtherm Threshold (50°C)
Decreasing Temperature
Increasing Temperature
50°C_HYST
60°C
50°C Vtherm Threshold with
Hysteresis (49°C)
60°C Vtherm Threshold (60°C)
Decreasing Temperature
Increasing Temperature
60°C_HYST
60°C Vtherm Threshold with
Hysteresis (50°C)
100KΩ Temperature Thresholds – β=4311K
0°C
0°C Vtherm Threshold (0°C)
Decreasing Temperature
Decreasing Temperature
0°C_HYST
10°C
0°C Vtherm Threshold with
Hysteresis (10°C)
10°C Vtherm Threshold (10°C)
Increasing Temperature
Decreasing Temperature
10°C_HYST
45°C
10°C Vtherm Threshold with
Hysteresis (11°C)
45°C Vtherm Threshold (45°C)
Increasing Temperature
Increasing Temperature
45°C_HYST
50°C
45°C Vtherm Threshold with
Hysteresis (44°C)
50°C Vtherm Threshold (50°C)
Decreasing Temperature
Increasing Temperature
50°C_HYST
60°C
50°C Vtherm Threshold with
Hysteresis (49°C)
60°C Vtherm Threshold (60°C)
Decreasing Temperature
Increasing Temperature
60°C_HYST
60°C Vtherm Threshold with
Hysteresis (50°C)
Decreasing Temperature
Typ Max Unit
1.22
V
75.6
%VTH
_REF
66.5
%VTH
_REF
66.2
%VTH
_REF
65.4
%VTH
_REF
34.5
%VTH
_REF
35.3
%VTH
_REF
30.8
%VTH
_REF
31.5
%VTH
_REF
24.9
%VTH
_REF
30.8
%VTH
_REF
80.5
%VTH
_REF
69.8
%VTH
_REF
69.8
%VTH
_REF
68.6
%VTH
_REF
31.3
%VTH
_REF
32.3
%VTH
_REF
27.0
%VTH
_REF
27.8
%VTH
_REF
19.4
%VTH
_REF
27.0
%VTH
_REF
Specifications subject to change
WWW.TRIUNESYSTEMS.COM
-7-
Copyright © 2012, Triune Systems, LLC