compared with photo-coupler isolation, it has higher accuracy and
lower temperature drift. This module is two-port isolation (input
and output). There are external functions for the series as zeros
and full adjustment, convenient for customer to design and adjust.
SELECTION GUIDE
Model
TE5534N
TE5544N
TE5554N
TE5634N
TE6634N
TE6644N
TE6654N
TE6664N
TE1533N
TE1530N
TE1550N
TE1633N
TE1630N
TE1660N
Power Supply
24V
15V
12V
24V
24V
15V
12V
5V
24V
24V
12V
24V
24V
5V
Input
0~10V
0~10V
0~10V
0~10V
0~5V
0~5V
0~5V
0~5V
4~20mA
4~20mA
4~20mA
4~20mA
4~20mA
4~20mA
Output
0~10V
0~10V
0~10V
0~5V
0~5V
0~5V
0~5V
0~5V
0~10V
0~10V
0~10V
0~5V
0~5V
0~5V
Isolation Power Output
15V
15V
15V
15V
15V
15V
15V
15V
24V
NONE
NONE
24V
NONE
NONE
Channels
1
1
1
1
1
1
1
1
1
1
1
1
1
1
ELECTRICAL SPECIFICATIONS
Power Supply
Power Supply
Input Power
Power Protection
Output Voltage
Isolation Power Output
Input
Output Current
Input Signal
(Nominal power supply)±5%
≤1.0W(No
isolation power output)
≤1.5W(No
isolation power output)
Reverse protection(The product of 5V power input is without this function )
(Nominal)±10%
≤25mA
Refer to the above selection guide
TExxxxN
2013.04.25-A/0
Page 1 of 6
The copyright and authority for the interpretation of the products are reserved by
MORNSUN
Input Impedance
Over-load
Output Signal
Output
With Load Ability
Ripple & Noise
≥10MΩ(Max.
voltage signal input)
≤250mV(Max.
current signal input)
≤30V(Voltage
signal input)
Refer to the above selection guide
≥2kΩ
≤30mVpp(20MHz
bandwidth)
≤50mA(Current
signal input)
TRANSMISSION SPECIFICATIONS
Zero Offset
Accuracy
Temperature Drift
Adjustable Function
0.1%F.S.
0.1%F.S.
35PPM/
℃
(-25~+71
℃
); 50PPM/
℃
(-40~+85
℃
)
Full Degree Regulation
Zero Regulation
Bandwidth
Frequency Response
Response Time
Can be adjusted within
±5%
output signal range
Can be adjusted within
±5%
output signal range
≥2KHz
≤1mS
ISOLATION SPECIFICATIONS
Electrical Isolation
Isolation voltage
Insulation Resistance
Power input and the signal output are on the common ground. Power output and the signal input are on the common ground.
Isolated between power input and the signal output or power input and power distribution output.
2.0KVAC(Tested for 1minute, leakage current<1mA, humidity <70%)
100MΩ(500VDC)
EMC SPECIFICATIONS
EMI
CE
RE
ESD
RS
EMS
EFT
Surge
CS
CISPR22/EN55022
CISPR22/EN55022
IEC/EN61000-4-2
IEC/EN61000-4-3
IEC/EN61000-4-4
IEC/EN61000-4-5
IEC/EN61000-4-6
CLASS A (Recommended Circuit Refer to Figure 1)
CLASS A
Contact
±4KV
10V/m
Power port
±2KV
(Recommended Circuit Refer to Figure 1)
Power port
±1KV/±2KV
(Recommended Circuit Refer to Figure 1)
3 Vr.m.s
perf. Criteria B
perf. Criteria A
perf. Criteria B
perf. Criteria B
perf. CriteriaA
OTHER SPECIFICATIONS
Ambient Temperature
Package
Weight
Application Environment
Operating temperature:- 40~+85℃
Transport and storage temperature: -50~+105℃
DIP18
8g (typ.)
Dust-free, fierce shocking, impulsion and corrosive gas
APPLICATION CIRCUIT DIAGRAM
18
+
D2
17
-
16
15
9
+
1
+
D4
2
-
R3
3
10
+
Power distribution
C1
D1
11
-
C2
R1
R2
R5
Power
supply
Power supply
C1
C2
R1
R2
R3
R4
R5
D1
D2
D3
D4
100uF/35V
100uF/35V
①
Negative zero adjustment resistance
Positive zero adjustment resistance
Positive gain adjustment resistance
①
①
①
Negative gain adjustment resistance
Positive zero adjustment resistance
SMCJ30A
SMCJ28A
SMBJ15A
SMBJ15A
①②
Signal input
D3
8
-
Signal output
R4
(Figure 1)
Note:
①
Adjustment resistance is choosed according to the
requirement.
②
R5 is only used for regulation of 24V input product.
The copyright and authority for the interpretation of the products are reserved by
MORNSUN
TExxxxN
2013.04.25-A/0
Page 2 of 6
APPLICATION
1.Schematic diagram
ISO Power
Out
ISO Power
Power In
Power
in
OSC
Signal
In
AMP
MOD
DEMOD
AMP
Signal
Out
Offset Trim
Gain Trim
2.Typical application——Multi-channel signal acquisition
Application circuit for typical multi-channel signal acquisition is as below:
ISOVCC
VCC
A0
ISOVCC
ISOVCC
VCC
A1
VCC
X0
A0
A1
Sin1
Y0
X1
Y1
X2
ISOVCC
Pout+
Pin+
Sout+
Sout-/ Pin-
VCC
Sin2
4052
X
Y
Sin+
Sin-/ Pout-
Signal out
Sin3
Y2
X3
Sin4
INHIBIT
VEE
TE - N
双隔离变送器
TE_N amplifier
Y3
VSS
Multi-channel signal acquisition application circuit
Function
In the figure,Sin1~Sin4 are external input signal,A0~A1 are strobe signal, and signal out is an external input signal of control system to accept.
The optocoupler in the circuit implements the isolated transmission of strobe signals. Amplifier of TE-N series implements the isolated
transmission of signals and isolated power supplement. The multi-channel strobe chips 4052 implements selective transmission of multiplex
signals.
Working principle
When the circuit works, the control system sends out the strobe signal A0~A1. Optical coupling isolation circuit transfers strobe signal to
multi-channel strobe chips 4052, and control the chip to correspond channel. External signal Sin1~Sin4 input to multi-channel strobe chips 4052.
After a chip strobe, strobe signal transfers to the signal input of TE _ N transmitter. TE_ N transmitter output the isolated input signal to control
system, thus it implements the control system and the external signal isolation circuit. Input power of TE_N transmitter and the input Vcc of strobe
signal transmission circuit are provided by control system. After strobe signal is isolated, transmission circuit power and multi-channel strobe chips
4052 power supply ISOVCC are provided by power distribution output Pout+.
3.Typical application
——Isolated
transmission for electrical signals
Typical application of isolated transmission for electrical signals is below.
Pout+
R1
Pin+
Sout+
VCC
Signal in
R2
431
R3
Sin+
Sin-/ Pout-
R4
C1
R5
Signal out
Sout-/ Pin-
10V
10V
5V
5V
-5V
5V
Isolated transmission for electrical signals application
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MORNSUN
TExxxxN
2013.04.25-A/0
Page 3 of 6
Function
In the figure, Signal in is detected electrical signals, Signal out is electrical signals for control system of isolation transmission. VCC is isolated power
supply provided from control system. Typical power signal is positive and negative sine wave signal. 431 R1 R2 and R3 is voltage stabilizing circuit in the
circuit, and they can achieve zero adjustment of the input signal. Amplifier of TE_N series
achieve signal transmission function and power supply function
of voltage stabilizing circuit. R4,R5,C1 achieve DC output signal filtering functions.
Working principle
Supposing detected signal is 5V sine wave signal. When the input signal is passed through stabilizing circuit which is composed of 431,R1,R2 and R3,
input signal of TE_N transmitter become 0~10V sine wave signal. If the amplifier is the one which has 0~10V input and 0~10V output, TE_N transmitter output
would be output 0~10 v sine wave signal at this time. After passed through filter circuit which is compos
ed of R4,R5 and C1, the DC component of 0~10V
sine wave signal is filtered, and the output only have
±5V
sine wave signal.
Parameter
In the application, typical values of R1, R2 and R3 are 10KΩ, and reference Voltage of 413 is 2.5V. Component regulated voltage is 5V.
Voltage accuracy can achieve a variety of application requirements of high precision according to the resistance tolerance precision. Typical
application range of R4 is 2KΩ~5KΩ. Because signal output voltage is positive and negative, there will be a transmitter output signal current
return-irrigation phenomenon when the voltage signal output is negative.R4 should choose a smaller value in order to reduce the influence of the
return-irrigation current. C1 should be chosen low internal resistance capacitance. Normally ceramic capacitor with volume more than 10uF will be
suitable. Because C1 achieves the function of getting through AC and preventing DC. Large capacitance resistance and small capacitance value
can make AC signal distorted. The recommended value of R5 should be more than 100KΩ, and implements a DC signal to zero in the circuit. The
increase of value of R5 can make the time of DC signal to zero longer, and make the startup time longer. If load in circuit is too small, then the load
for AC will be increased, so that AC signal will be distorted.
Notice
Because the transmitter of TE_N series can not input negative voltage signal, it need to pay attention to narrow signal voltage amplitude and
have the necessary margin in the design. It can guarantee the normal work of the circuit and reduce the risk of signal distortion.
4.Application—Zero and full adjustment function
Zero and full adjustment recommended setting circuit is as shown
10
+
C1
D1
11
-
18
+
D2
10
+
C2
18
+
D2
Power input
C1
D1
11
-
C2
Power input
Zero adjustment
17
-
16
15
17
-
16
Power distribution
output
9
+
D3
D5
Zero adjustment
Power distribution
output
9
+
potentiometer
potentiometer
1
+
D4
2
-
1
+
D4
2
-
8
-
Power output
Full adjustment
D3
D5
8
-
Power output
Full adjustment
Singal input
3
Singal input
3
potentiometer
potentiometer
Routine zero and full adjustment circuit
24 V power input zero and full adjustment circuit
Function
Zero adjustment function by setting up adjustment resistor at the zero point can change the zero signal transmission, which makes the output
signal overall migration. Full adjustment function is also called the gain adjustment function, and it can change the ratio of signal transmission
through the set up corresponding adjust resistance at the full adjustment, and the isolation transmission proportion of input and output signal value
would be changed.
Usage
Adding and reducing negative zero resistance can reduce the zero of signal output. Adding and reducing positive zero resistance can increase
the zero of signal output. Adding and reducing negative full adjustable resistance can reduce the ratio of signal transmission, Adding and reducing
negative full adjustable resistance can increase the ratio of signal transmission. You can use potentiometer to adjust the output signal of zero and
full in practical application. As shown in the figure, the terminal of full or zero adjustment is connected to the sliding of potentiometer, and the both
ends of potentiometer is to the zero or full reference of positive and negative regulating reference . Sliding potentiometer to adjust signal full or
changing the ratio of rise and fall can also adjust zero and full of the output signal.
As shown in the figure, zero positive reference adjusting is different between 24V input product and other power input products, so the zero
adjustment circuit is also different. Adjusting the potentiometer to positive can increase zero or full of the corresponding signal. Adjusting the
potentiometer to negative can reduce zero or full of the corresponding signal. The maximum recommended range of potentiometer is 10KΩ~1MΩ,
detail resistance selection according to the adjustment accuracy. Choose larger resistance potentiometer for high precision fine-tuning. Choose
smaller resistance potentiometer for a wide range of rough adjustment.
Notice
The accuracy of transmitter of TE_N series is already 0.1%FS during production and before shipment, using the function of zero and full
adjustment will affect original accuracy. Due to the effect on temperature drift of external adjustment resistor and the stability of the potentiometer,
temperature drift of product will be changed, too.
The 1:1 ratio for positive resistance and negative resistance of full adjustment potentiometer is desired full adjustment. For the zero adjustment
potentiometer, the ratio between positive resistance and negative resistance, which makes the zero point of different products predetermined Zero
point is diverse. Please set the value of potentiometer according to actual situation.
NOTICE
1.
2.
3.
4.
Please read the user manual carefully before using. If any question please contact our FAE.
Please do not use this product in hazardous area.
The power supply of this product should be 24VDC power source. It is forbidden to use 220VAC power supply.
To avoid invalid explosion protection function, or any failure, disassembling this product is forbidden.
TExxxxN
2013.04.25-A/0
Page 4 of 6
The copyright and authority for the interpretation of the products are reserved by
MORNSUN
AFTER-SALES SERVICE
1. Products are carefully inspected and quality controlled during production and before shipment. If they operated abnormally or there was anything
wrong, please contact our agent from which you purchased or MORNSUN FAE as soon as possible.
2. MORNSUN warranty our product for 3 years from manufacturing date. During this period, MORNSUN will repair or replace the product if product
was found to have manufacturing defect.
APPLICATION CIRCUIT
Please check
“
A APPLICATION GUIDE TO ISOLATION TRANSMITTER”
DIMENSIONS, RECOMMENDED FOOTPRINT & PACKAGING
Note:
1. All specifications measured at Ta=25°C, humidity<75%, nominal input voltage and rated output load unless otherwise specified.
2. In this datasheet, all the test setup and methods are based on our corporate standards.
3. All characteristics are for listed models, and non-standard models may perform differently. Please contact our technical support for more details.
4. Contact us for your specific requirement.
5. Specifications of this product are subject to changes without prior notice.
MORNSUN Science & Technology Co.,Ltd.
Address: No. 5, Kehui St. 1, Kehui development center, Science Ave., Guangzhou Science City, Luogang district, Guangzhou,P.R.China.
Tel: 86-20-38601850
Fax:86-20-38601272
E-mail: info@mornsun.cn
Http://www.mornsun-power.com
The copyright and authority for the interpretation of the products are reserved by
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51mcu
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