The RF field emission probe set consists of a magnetic field probe and an E field probe. They are used to measure respective near fields, which are coupled out by an IC in operation/ a running IC. The measured data help to assess the seperate emission of an IC according to the types of field. Measurements and all calculations are carried out with the software ChipScan-ESA.

**Please note this set requires Langer ICE1 Test Set**

Link to ICE1: https://www.stratatek.com/product-page/langer-emv-ice1-set-ic-test-environment

Scope of delivery

1xP1601, RF Magnetic Field Probe
1xP1702, RF E-Field Probe
1xCS-ESA set, ChipScan-ESA Software / USB
1xBPM 02, dB/dt Field Meter
1xEPM 02, dE/dt Field Meter
1xD70 h03, Spacer Ring, 3 mm
1xD70 h10, Spacer Ring, 10 mm
1xSMA-SMA 1 m, SMA-SMA Measuring Cable
1xSMA-SMB 1 m, SMA-SMB Measuring Cable
1xN-SMA, Adapter
1xP1600 / P1700 case, System Case
1xP1600 / P1700 m, P1602 / P1702 Set User Manual

Langer EMV P1601 / P1702 Probe Set RF Field Emission up to 1 GHz

Quantity

Order Info
Please allow 2 - 3 weeks lead time for this new product to arrive.

Made and manufactured in Germany.

Comes with a One Year warranty from the manufacturer.
P1601 Probe Info
The P1601 RF magnetic field probe is used to measure magnetic near fields up to 1 GHz, which are coupled out from an IC. These fields induce a voltage inside a field probe conducter. The induced voltage is measured by a connected spectrum analyzer.

The RF magnetic field probe has a 50 Ω RF measuring output. In order to locate the magnetic field current at different orientations the RF magnetic field probe is 360° rotatable above the IC. With the help of a distance ring (3 or 10) mm the RF magnetic field probe is positioned in a defined distance above the IC.

Technical parameters

Frequency range (0 ... 1) GHz

Connector - output N-Connector (50 Ω)

Dimension H-field source (40 x 22) mm

Weight 760 g

Sizes (L x W x H) (180 x 96 x 96) mm
P1702 Probe Info
The P1702 RF E-field probe is used to measure electric near fields, which are coupled out by an IC. The fields couple into the near-field electrode. The generated displacement current generates a voltage drop at the input of the connected spectrum analyzer. This voltage drop is measured by the connected spectrum analyzer.

The RF E-field probe has a 50 ohm RF measuring output, which is connected with an electrode for measuring the electric field. With the help of a distance ring (3 or 10 mm) the RF E-field probe is positioned in a defined distance above the IC.

Technical parameters

Frequency range 0 - 3 GHz

Connector - output N-Connector (50 Ω)

Dimension E-field source 42 mm Ø