The probe set is used to measure conducted emissions (measurements with direct 1 Ohm/150 Ohm-coupling) at IC pins. For the current and voltage measurement there is one respective probe available. Every Test-IC pin can be reached and contacted by the probe.
The measurements with the probe set guarantee a high precision when repeated and comparability of measurements. The ICE1 IC test environment of Langer EMV-Technik is used to start the test IC. measurements can be done with ChipScan-ESA software. Measurement results of all measured pins are saved in the software and can be compared fast and systematically.
**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
- 1xP603, RF Current Probe 1 Ohm
- 1xP750, RF Voltage Probe 150 Ohm
- 1xCS-ESA, ChipScan-ESA Software, USB
- 1xSMA-SMB 1 m, SMA-SMB Measuring Cable
- 1xP603 / P750 case, System Case
- 1xP603 / P750 m, P603 / P750 Set User Manual
Langer EMV P603/P750 Set IC Test System RF Conducted Measurement
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.
P603 Probe
The P603 is a 1 ohm probe for direct measurement of high frequency (RF) current at IC pins. It is used to measure at supply pins (Vdd / Vss) and signal pins. The 1 ohm RF current probe has a pin contact with which IC pins can be separately contacted and measured.
Technical parameters
Frequency range 9 kHz ... 3 GHz Coupling capacity 8 µF Measuring output 50 Ω, SMB Transfer factor voltage -6 dB Ammeter /current probe Shunt 1 Ω Current correction factor R -6 dBΩ Inductance 1 nH Max. power dissipation 2.5 W P750 RF Voltage Probe 150 Ohm
The P750 RF voltage probe corresponds to a 150 ohm coupling network according to IEC 61967-4 for the RF voltage measurement at IC pins. The P750 probe has of a high resistance, capacitive coupled input. RF voltages can be measured at different pins of the device under test.
Technical parameters
Frequency range 150 kHz ... 3 GHz Input resistance 150 Ω Measuring output 50 Ω, SMB Transfer factor voltage -15.2 dB Max. input voltage DC 50 V Max. input voltage RF 3.5 V

















