AR RF/Microwave Instrumentation E-field Generators for EMC Testing ate10k25m-1

Description
The Model ATE10K25M-1 is a broadband, high-power E-Field Generator. It uses low inductance internal load resistors to terminate the RF power and incorporates a broadband transformer to increase the output voltage. The transformer output is unbalanced so that the bottom flange may be unbolted from its wheeled cart and grounded, enabling use above a ground plate or turntable. These features provide a well-matched input VSWR with relative freedom from reflections caused by the test object. A high power input rating enables the generation of over 200 volt/meter fields. Field strength data as shown in the following specifications is derived from measurements taken at the center between the elements of the E-Field Generator using broadband isotropic field sensors and an AR RF/Microwave Instrumentation Model 2500L power amplifier. These measurements include 25-foot cable losses as well as RF field losses due to radiation and VSWR effects. The measurements were made in the open air and it should be noted that, when using the Model ATE10K25M-1 in a shielded enclosure, additional field strength may be lost due to the proximity of the ceiling. AR recommends the use of shielded enclosures having a minimum ceiling height of 6 meters to reduce the effect. Introducing a conductive test object into the E-Field Generator also affects field measurements, usually increasing them. The export classification for this equipment is EAR99. These commodities, technology, or software are controlled for export in accordance with the U.S. Export Administration Regulations. Diversion contrary to U.S. law is prohibited.
Datasheet
Description
The Model ATE10K25M-1 is a broadband, high-power E-Field Generator. It uses low inductance internal load resistors to terminate the RF power and incorporates a broadband transformer to increase the output voltage. The transformer output is unbalanced so that the bottom flange may be unbolted from its wheeled cart and grounded, enabling use above a ground plate or turntable. These features provide a well-matched input VSWR with relative freedom from reflections caused by the test object. A high power input rating enables the generation of over 200 volt/meter fields. Field strength data as shown in the following specifications is derived from measurements taken at the center between the elements of the E-Field Generator using broadband isotropic field sensors and an AR RF/Microwave Instrumentation Model 2500L power amplifier. These measurements include 25-foot cable losses as well as RF field losses due to radiation and VSWR effects. The measurements were made in the open air and it should be noted that, when using the Model ATE10K25M-1 in a shielded enclosure, additional field strength may be lost due to the proximity of the ceiling. AR recommends the use of shielded enclosures having a minimum ceiling height of 6 meters to reduce the effect. Introducing a conductive test object into the E-Field Generator also affects field measurements, usually increasing them. The export classification for this equipment is EAR99. These commodities, technology, or software are controlled for export in accordance with the U.S. Export Administration Regulations. Diversion contrary to U.S. law is prohibited.
Datasheet

Suppliers

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Product
Description
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E-field Generators for EMC Testing - ate10k25m-1 - AR RF/Microwave Instrumentation
Souderton, PA, United States
E-field Generators for EMC Testing
ate10k25m-1
E-field Generators for EMC Testing ate10k25m-1
The Model ATE10K25M-1 is a broadband, high-power E-Field Generator. It uses low inductance internal load resistors to terminate the RF power and incorporates a broadband transformer to increase the output voltage. The transformer output is unbalanced so that the bottom flange may be unbolted from its wheeled cart and grounded, enabling use above a ground plate or turntable. These features provide a well-matched input VSWR with relative freedom from reflections caused by the test object. A high power input rating enables the generation of over 200 volt/meter fields. Field strength data as shown in the following specifications is derived from measurements taken at the center between the elements of the E-Field Generator using broadband isotropic field sensors and an AR RF/Microwave Instrumentation Model 2500L power amplifier. These measurements include 25-foot cable losses as well as RF field losses due to radiation and VSWR effects. The measurements were made in the open air and it should be noted that, when using the Model ATE10K25M-1 in a shielded enclosure, additional field strength may be lost due to the proximity of the ceiling. AR recommends the use of shielded enclosures having a minimum ceiling height of 6 meters to reduce the effect. Introducing a conductive test object into the E-Field Generator also affects field measurements, usually increasing them. The export classification for this equipment is EAR99. These commodities, technology, or software are controlled for export in accordance with the U.S. Export Administration Regulations. Diversion contrary to U.S. law is prohibited.

The Model ATE10K25M-1 is a broadband, high-power E-Field Generator. It uses low inductance internal load resistors to terminate the RF power and incorporates a broadband transformer to increase the output voltage. The transformer output is unbalanced so that the bottom flange may be unbolted from its wheeled cart and grounded, enabling use above a ground plate or turntable. These features provide a well-matched input VSWR with relative freedom from reflections caused by the test object. A high power input rating enables the generation of over 200 volt/meter fields.

Field strength data as shown in the following specifications is derived from measurements taken at the center between the elements of the E-Field Generator using broadband isotropic field sensors and an AR RF/Microwave Instrumentation Model 2500L power amplifier.

These measurements include 25-foot cable losses as well as RF field losses due to radiation and VSWR effects. The measurements were made in the open air and it should be noted that, when using the Model ATE10K25M-1 in a shielded enclosure, additional field strength may be lost due to the proximity of the ceiling. AR recommends the use of shielded enclosures having a minimum ceiling height of 6 meters to reduce the effect. Introducing a conductive test object into the E-Field Generator also affects field measurements, usually increasing them.

The export classification for this equipment is EAR99. These commodities, technology, or software are controlled for export in accordance with the U.S. Export Administration Regulations. Diversion contrary to U.S. law is prohibited.

Supplier's Site Datasheet

Technical Specifications

  AR RF/Microwave Instrumentation
Product Category Power Supplies
Product Number ate10k25m-1
Product Name E-field Generators for EMC Testing
Type RF Generator
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