Isolation & Control Module for Electronic Loads
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Model Number: EE301-ISOL |
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SIGNAL & POWER ISOLATOR |
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Power Input Volts: |
9-15 |
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I/O Isolation Volts: |
350 |
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Input Power Watts: |
1.8 |
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Isolator Ports: |
5 |
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The EE301-ISOLATOR will completely isolate your electronic loads inputs & outputs signals
plus ground returns from the main power input UUT (unit under test)... The module allows you to control the
electronic load just as you would with any standard control signal. Input / Output
& Power signals are fully
isolated up to 350 VDC.
The EE301-ISOLATOR is designed to eliminate ground loops and allow the electronic loads to
be operated in a series configuration. The module also isolates the electronic load from
your control and test equipment.
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Specifications
- Input Power 9-15.0Vdc @ 0.2 Amp regulated, required for module & load operation
- 0-4 Vdc Input control ( electronic load current control 0 - full scale )
- 0-4 Vdc Output signal ( electronic load current MONITOR 0 to full scale )
- 0-5 Vdc Output signal ( electronic load scaled voltage "UUT" 0-full scale )
- Over Temperature electronic load signal inverted and none inverted 0 or 12 V
- On board DC to DC converter to power the electronic load.
- LED's Power Indication / Input Power / Converter Power
- Fixed Gain, all channel gains are ( 1:1 )
- Vertical mount module with mounting rail
- Linear resolution equal to 12 bit D to A on both the input / output channels
- Over all linearity ( +/- 0.1% or better )
- Channel gain is ( +/- 2% of full scale )
- Usable voltage range ( 0 - 7 volts ) for all analog channels ( 3 )
- Frequency Range typical ( DC - 10.0 Khz )
- Can be used with the EE301xx / EE151xx series electronic loads only
- Comes with Connector Kit for unit
- Circuit Isolation 350Vdc
- Temperature range 0 - 60 deg C
- Size 2.5 x 3 x 2
- Weight 10 ounces
- Technical Specifications PDF TECHNICAL FILE ?
Note: Using the EE301-ISOL Does Not allow you to take several loads and connect them in series to make a 150 Volt load. You can never series electronic loads to make a higher voltage load than the units maximum voltage.