Number of channels
Shutdown function
Minimum working voltage V
Maximum working voltage V
Offset voltage mV
Quiescent current μ A
Bias current nA
Bandwidth (-3dB) MHz
Conversion output rate V/us
Noise nV/√ Hz
Packaging form
2
N
3
36
3
0.2
25
10
0.35
25
MSOP8 SOP8 DIP8
Type A leakage current protection dedicated circuit (CMOS).
A-type high-speed ground leakage protector
2.8mA
28ms(Min)
SOP8
AC type leakage current protection dedicated circuit (CMOS).
AC type high-speed ground leakage protector
1mA
30ms(Typ)
SOP8
AC type leakage current protection dedicated circuit. High input sensitivity (typical value Vt=6mVrms); Meet the requirements of JIS C8371 standard.
AC type high-speed ground leakage protector
8mA
~
SOP8，SIP8
Ground fault circuit breaker controller. Built in diode rectifier bridge; For dual wire GFCI and RCD applications; Meet the requirements of UL943B standard; Used to detect dangerous grounding paths and ground to neutral faults.
Three wire GFCI output interface; GFCI circuit breaker; Portable GFCI line; Detect and protect against live line to ground faults and zero line to load short circuits.
15mA
~
SOT-23-6L
Low power grounding fault circuit breaker controller. Adjustable triggering current; Ground fault detection; Meet the requirements of UL943 standard.
Three or two wire power plugs, circuit breakers, and power cords that require GFI safety features.
18mA
~
DIP8,SOP8
Low power two wire leakage protector control circuit. Built in diode rectifier bridge; Adjustable triggering current; Adjustable delay time; Meet the requirements of UL943 standard.
Two wire power plug, circuit breaker, and power cord with GFI safety facilities required.
7mA
~
DIP8,SOP8
The speed control circuit of a DC brush motor changes the output of the VMOS transistor connected to it through an external resistance network, achieving the function of controlling the speed of electric tools.
4V ～ 20V
3.5mA ～ 5mA
3.5kHz~4.5kHz;
0~80%
SOP8
The output end of the DC brushless motor speed control circuit is equipped with a 14V clamp structure. By bridging the internal resistance network, the PWM duty cycle output can be changed to control the motor speed.
7V ～ 24V
7mA ～ 10mA
2.5kHz~3.5kHz; 5.5kHz~6.5kHz
0~75%
SOP14
Real time clock/calendar circuit
1.0V ~ 5.5V
one ² C
~
0.6μA @ 2V ~ 0.75μA @ 5V
-40°C ~ +85°C
SOP8，MSOP8
Serial timing chip
2.0V ~ 5.5V
3-wire serial port
~
0.3μA @ 2V ~ 1.0μA @ 5V
0°C ~ 70°C
SOP8，MSOP8
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