OSE 150-1 set
Optical Fiber Probe 1-channel, 50 Mbps
Short description
The OSE 150-1 set is used to transmit digital signals from a disturbed device under test (EFT/burst interference). The set consists of one sensor which detects logical signals and transforms them into optical signals. The light signals are transmitted to the optical receiver via a fiber optical cable. The receiver transforms them into digital electric signals. These can be visualized with an oscilloscope or can be used for the control of other devices.
The light signals are transmitted to the optical receiver via a fiber optical cable. The system is suitable for signal monitoring from a anechoic chamber, a shielded RF chamber or in an EMC test lab. The optical transmission system allows EMC-optimizing of hard- and software, because disturbed signals can be easily detected.
Scope of delivery
- 1x OE 150, Optical Receiver
- 1x S25, Optical Sensor (50 Mbps)
- 1x LWL Ø 2.2 mm 1.5 m, Optical Fiber Single 1.5 m
- 1x NT FRI EU, Power Supply Unit
- 1x OSE 150-1 acc, Accessories
- 1x OSE 150-1 case, System Case
- 1x Digital m, OSE User Manual
Technical parameters
OE 150 Optical Receiver | |
Transmission range | DC ... 50 Mbps |
Optical fibre connector | Ø 2.2 mm |
Supply voltage | 12 V / 100 mA |
Optical fibre length | 1 m - 20 m |
Connector - output | BNC-Stecker, 5 V HCMOS |
S25 Optical Sensor | |
Transmission range | DC ... 50 Mbps |
Optical fibre connector | Ø 2.2 mm |
Supply voltage | 3 V ... 5 V |
Current input | 30 mA |
Scope of delivery details
-
OE 150
Optical Receiver
The OE 150 optical receiver receives optical signals from a sensor and transmits them as electrical signals via BNC connector to an oscilloscope or scaler. The receiver is suitable for the sensor types S25 and S21 and for burst detector types BD 01B, BD 01E and BD 06B. It is designed for burst proce…
-
S25
Optical Sensor (50 Mbps)
The sensor S25 is a digital probe for reactionless transmitting of digital signals from the device under test during burst testing. It is positioned directly onto the PC board and is powered by the device under test. The digital signal in the sensor is transformed into an optical signal and transmit…