Langer LF-R 400
Sonde de champ proche - H-Field LF - 100kHz à 50MHz
LF-R 400
H-Field Probe 100 kHz up to 50 MHz
The LF-R 400 H-field probe has a large diameter (25 mm), which makes it highly sensitive and suitable for measurements within ranges up to 10 cm around assemblies and devices.
The LF-R 400 is a passive near-field probe. With its large tip diameter (25 mm), it is more sensitive and thus is able to detect a greater area of the magnetic field than the LF-R 50 (10 mm) or LF-R 3 (3 mm) near-field probes, which both have higher resolutions than the LF-R 400. This probe is small and handy. It has a current attenuating sheath and, therefore, is electrically shielded. It can be connected to a spectrum analyzer or an oscilloscope with a 50 ? input. The H-field probe does not have an internal terminating resistance of 50 ?.
H-Field Probe 100 kHz up to 50 MHz
The LF-R 400 H-field probe has a large diameter (25 mm), which makes it highly sensitive and suitable for measurements within ranges up to 10 cm around assemblies and devices.
The LF-R 400 is a passive near-field probe. With its large tip diameter (25 mm), it is more sensitive and thus is able to detect a greater area of the magnetic field than the LF-R 50 (10 mm) or LF-R 3 (3 mm) near-field probes, which both have higher resolutions than the LF-R 400. This probe is small and handy. It has a current attenuating sheath and, therefore, is electrically shielded. It can be connected to a spectrum analyzer or an oscilloscope with a 50 ? input. The H-field probe does not have an internal terminating resistance of 50 ?.
Description
LF-R 400
H-Field Probe 100 kHz up to 50 MHz
The LF-R 400 H-field probe has a large diameter (25 mm), which makes it highly sensitive and suitable for measurements within ranges up to 10 cm around assemblies and devices.
The LF-R 400 is a passive near-field probe. With its large tip diameter (25 mm), it is more sensitive and thus is able to detect a greater area of the magnetic field than the LF-R 50 (10 mm) or LF-R 3 (3 mm) near-field probes, which both have higher resolutions than the LF-R 400. This probe is small and handy. It has a current attenuating sheath and, therefore, is electrically shielded. It can be connected to a spectrum analyzer or an oscilloscope with a 50 Ω input. The H-field probe does not have an internal terminating resistance of 50 Ω.
Technical parameters
| Frequency range | 100 kHz ... 50 MHz |
| Probe head dimensions | Ø 25 mm |
| Connector - output | SMB, male, jack |
| Frequency response [dBµV] / [dBµA/m] | ![Frequency response [dBµV] / [dBµA/m]](https://www.langer-emv.de/fileadmin/Bilder300/Disturbance%20emission_near%20field%20probe_LF-R%20400_frequency%20response_en_wPZ.png?v=1618988436185) |
| H-field correction curve [dBµA/m] / [dBµV] | ![H-field correction curve [dBµA/m] / [dBµV]](https://www.langer-emv.de/fileadmin/Bilder300/Disturbance%20emission_near%20field%20probe_LF-R%20400_H-field%20correction%20curve_en_wPZ.png?v=1618988436185) |
| Current correction curve [dBµA] / [dBµV] | ![Current correction curve [dBµA] / [dBµV]](https://www.langer-emv.de/fileadmin/Bilder300/Disturbance%20emission_near%20field%20probe_LF-R%20400_current%20correction%20curve_en_wPZ.png?v=1618988436185) |
| Measuring principles |  |
Spécifications
| En Stock | Oui |
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