LIT5.0

The multi-point zero-flux technology system applied in this high-precision DC transducer enables zero-flux closed-loop control of excitation flux, DC flux and AC flux, and can detect high-frequency ripple by constructing a high-frequency ripple sensing channel, so that the transducer can achieve high gains and measuring accuracy over the full bandwidth.

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Key Technologies：? Excitation closed-loop control technology
? Self-exciting demagnetization technology
? Multi-point zero-flux technology
? Temperature control compensation technology
? Multi-range automatic switching technology

Features：? Insulation measurement at primary and secondary side
? Excellent linearity and accuracy
? Extremely low temperature drift
? Extremely low zero drift
? Broad band and low response time
? Strong anti-electromagnetic interference

Application Domain：

? Industry Control
?Railway
? Test instrumentation

? Medical Equipment
? Power and power grid
? New Energy

Electrical Performance：

Parameter	Symbol	Measuring Conditions	Min	Typ	Max	Unit
Primary nominal current	I_PN	—	0	5.0	—	A
Primary overload current	I_PM	—	—	200% I_PN	—	A
Operating voltage	V_C	—	±14.2	±15	±15.8	V
Power consumption current	I_PWR	—	±30			mA
Output voltage	V_SN	—	0	±1	—	V

Accuracy Measurement：

Parameter	Symbol	Measuring Conditions	Min	Typ	Max	Unit
Accuracy	X_G	Input direct current，rated range	—	—	0.2	%
Linearity	ε_L	Full range	—	—	0.2	%
Zero offset voltage	I_OT	Full temperature range	—	—	±10	mA
Dynamic response time	t_r	Rised to90%I_PN	—	—	2	ms
Frequency bandwidth（-3dB）	F	—	0	—	100	kHz