Features

14 -bit linearity

The first sealing of the industry

Low -cost isolation amplifier

Easy to use complete circuit

] Strong barrier, high -voltage ceramic capacitor

100

%High -pressure test

ISO102 : 4000VRMS/10s, 1500VRMSs /1min

ISO106: 8000VPK/10s, 3500VRMS/1min

Ultra high IMR: 125db min, ISO106 standard

Wide input range: - 10v to+10V [ 123]

Broadband: 70kHz

Voltage Reference Output: 5VDC

Industrial process control

Hotco, resistance temperature detector, resistance temperature detector, resistance, resistance temperature detector, resistor, resistance temperature detection, Pressure bridge, traffic sensor channel isolation device

4MA to 20mA circuit isolation

Electric and thyristor control

grounding circuit eliminates

Bio biology Medical/Analysis

Seting

Power plant monitoring

Data collection/testing equipment

isolation

Military equipment

Explanation

ISO102 and ISO106 isolation buffer is the two members of the capacitor coupling series. They have the same electrical properties, and their accuracy is different. The rated voltage of ISO102 in 24 stitches is soaked by 1500VRMS. The rated voltage of ISO106 in 40 stitches is soaked in 3500VRMS. The welding angle of the two sides of the two side is 600 mil wide industrial standard packaging size, except for lack of inserted pins between the input and output phase. This allows the use of automatic insertion technology in production. The high -voltage interval with a large mixed three -chip is easy to use (no external components). Each buffer accurate ± 10V analog signal is coupled with the digital coding of the input voltage for the coupling of the input voltage. All components required for operation are included in DIP. This provides a compact signal seal packaging.

Electric

When TA +25OC and VCC1 VCC2 15V, unless there is another instructions.

The specifications are the same as the left model.

Note: (1) 100%rated continuous trialWhenever 1 minute.

(2) The isolation mode inhibition is the ratio of the output voltage change to the change of the voltage of the isolation grid. It is a function of frequency, as shown in the typical performance curve. This is specified for the conversion rate of no more than 100V/μs.

(3) The adjustable to zero. FSR full marking range 20V.

(4) Non -linearity is the peak deviation of the output voltage and the optimal fit line. It represents the ratio of deviation to FSR.

(5) Power rejection VOS/20V power change.

(6) The ripples are the remaining components of the bandwing frequency generated inside.

(7) Dynamic range fsr/(voltage spectrum noise density X user bandwidth square root).

(8) Super adjustment can be eliminated by limit.

(9) See the limitations of the power consumption VS " temperature "performance curve.

(10) The frequency band limit is 10Hz