A300-1 set and A300-2 set Langer Analog to Fiber DC-5MHz

A300-1 set and A300-2 set Langer
Manufacturer brand:Langer
Equipment name:optical probe

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Introduction:

A300-1 set and A300-2 set are manufactured by langer company in Germany and authorized by EUTTEST in Shenzhen.The bandwidth is DC-5MHz, A300-1 set and A300-2 set are two different combination models, they contain the same model number of accessories, but the quantity is different.

A300-1 set Combination set containing 1 x AE300 optical receiver and 1 x AS300 photoconverter.

A300-2 set Combination set containing 2 x AE300 optical receivers and 2 x AS300 photoconverters.

Model number optical receiver Optical converter make a distinction
A300-1 set 1 AE300 1 AS300 Test 1 pin at a time
A300-2 set 2 AE300 2 AS300 Test 2 pins simultaneously

Let's start with a detailed description of the accessories they all include, the AS300

AS300 photoconverter:

The sensor AS300 measures the analog signals in the EUT and converts the measured analog signals into optical signals. The optical signals are transmitted via fiber optics to the optical input of the oscilloscope, which in turn converts the optical signals into electronic analog signals for the optical receiver AE300.The oscilloscope can display these signals or use them to control other devices.

The AS300 can display analog signals under the influence of EFT/ESD/HF interference onto an oscilloscope. The system is particularly well suited for testing analog signals when testing the immunity of electrical or electronic equipment to high-frequency electromagnetic fields (IEC 61000-4-3 to IEC 61000 -4-6). A given modulation of an electromagnetic field will have an effect on the analog signal, and the A100, A200 and A300 series analog signal measurement systems are able to quickly identify these effects. The probe contains a sensor that measures the analog signal in the object under test and converts the measured analog signal into an optical signal. The optical signal is transmitted via fiber optics to the optical input of the oscilloscope; the optical input converts the optical signal into an electrical analog signal. The oscilloscope can display these signals or use them to control other devices.

How to use 🡪Langer-emv Analog to Fiber Optic Signal Sensor Usage

Technical parameters:

bandwidths DC -5MHz
sampling rate 12.5 Msps
resolution (of a photo) 10 Bit
AE 200 Optical Receiver
bandwidths DC-5MHz
Optical input: fiber optic Ø 2.2 mm
Output Voltage Range ±1V
Supply Voltage 12 V -16 V
Current Input ≈ 90 mA
output interface BNC
AS 200 Optical Sensor
bandwidths DC-5MHz
Measurement range ±10V
input resistance 100 kΩ
radiation resistance > 200 V/m
Supply Voltage 4.5 V -16 V
Current Input 70 mA (4.5V)

30 mA (16V)

length of light 1 m -20 m