XC612 TOREX [Torex Semiconductor], XC612 Datasheet - Page 7

• Manufacturer Part Number: XC612
• Description: CMOS Low Power Consumption
• Manufacturer: TOREX [Torex Semiconductor]

■Operating Explanation
GTiming Chart (Pull up voltage =Input voltage V
GOperational Notes (N-ch Open drain)
Timing Chart A (V
Timing Chart B (V
Note : The difference between release voltage (V
q When a voltage greater than the release voltage (V
w When input voltage (V
e Should input voltage (V
r Should input voltage (V
t When input voltage (V
Because a voltage higher than the minimum operating voltage is applied to the voltage input pin (V
output pin (V
fall.
When a voltage greater than the detect voltage (V
the output pin (V
voltage at the output pin (V
voltage level (V
pull up.
*In general the output pin is pulled up so output will be equal to pull up voltage.
1
DET
IN1
) during stage 3. (Stages 1, 2, 4, 5 are the same as in B below).
IN1
2
DR
=voltages above release voltage, V
=V
DET1
) is reached.
IN2
, V
)
IN1
IN1
条件A
DET2
IN1
3
IN1
, V
, V
A
, V
, V
DET2
), so should the pin be pulled up, voltage will be equal to pull up voltage.
IN2
IN2
IN2
) falls below detect voltage (V
IN2
) rises above release voltage, the output pin's (V
) fall below the minimum operational voltage (V
) will be equal to ground level (V
) rise above ground voltage (V
4
5
DR
) and detect voltage (V
DF
DR
IN2
) is applied to the voltage input pin (V
) is applied to the voltage input pin (V
=sweep voltage)
IN1
)
DF
), output voltage (V
SS
SS
) if the power supply (V
1
), output voltage (V
DF
2
) is the Hysteresis Range y.
条件B
MIN
DET1
3
B
DET1
), output will become unstable. Should V
, V
, V
DET2
DET1
DET2
IN1
) voltage will be equal to the voltage dependent on
4
, V
) is within the operating voltage range.
IN1
) will be equal to ground level (V
IN1
DET2
, V
, V
6
6
6
6
5
IN2
IN2
) will equal ground level until the release
Input Voltage（V
Release Voltage（V
Detect Voltage（V
Min. Operating Voltage（V
Ground Voltage（V
Input Voltage（V
Release Voltage（V
Detect Voltage（V
Min. Operating Voltage（V
Ground Voltage（V
Output Voltage（V
Min. Operating Voltage（V
Ground Voltage（V
Output Voltage（V
Min. Operating Voltage（V
Ground Voltage（V
), a state of high impedance will exist at
), input voltage (V
IN
), ground voltage will be output at the
IN1
IN2
IN1
DF1
DF2
DET1
DET2
SS
SS
SS
SS
）
）
DR1
DR2
, V
）
）
）
）
）
）
IN2
）
）
）
）
IN2
SS
fall below V
) will gradually
).
MIN
MIN
MIN
MIN
）
）
）
）
XC612
MIN
Series
,
175
2