THORLABS PDA015A2 Bedienungsanleitung

See www.thorlabs.com/manuals to access the full product manual.

PDA015A2 Silicon Amplified Detector

Safety Information

Before Applying Power: Each PDA015A2 is

supplied with an external ±12 V power supply.

Before connecting the power supply to the

mains make sure that the RED Line Voltage

Switch on the Power Supply Module is set to the

proper voltage range so that it agrees with your

local mains supply voltage. The PDA015A2 should always be powered up using

the power switch on the power supply or the PDA015A2 itself. Hot plugging the

unit is not recommended.

Covers and Service: Do not remove the cover of the PDA015A2. There are no

user serviceable parts in this product. Refer servicing to qualified personnel. Do

not cover the device in order to prevent overheating of the instrument.

Explosive Environments: Do NOT operate this device in explosive environments.

General: All statements regarding safe operation and technical data in the

instruction manual will only apply when the unit is operated correctly.

Operation Precautions

ESD Sensitivity: The components inside the PDA015A2 are ESD sensitive. Take all

appropriate precautions to discharge personnel and equipment before making

any electrical connections to the unit.

Shielded Connections: The PDA015A2 must be operated with proper shielded

connection cables. Attach a 50 Ω BNC-type coaxial cable (i.e. RG-58U) to the

output of the PDA015A2. For best performance, we recommend terminating the

cable with a 50 Ω load at the measurement instrument. If the instrument has a

high impedance input, then adding an external 50 Ω load resistor may be an

option. Do not add an external 50 Ω resistor if the instrument has an internal

50 Ω termination, as the resulting 25 Ω load could damage the output of the

PDA015A2.

See www.thorlabs.com/manuals to access the full product manual.

Electromagnetic Interference: Mobile telephones, cellular phones or other radio

transmitters are not to be used within the range of 3 meters of this unit since

the electromagnetic field intensity may then exceed the maximum allowed

disturbance values according to IEC 61326-1. This product has been tested and

found to comply with the limits according to IEC 61326-1 for using connection

cables shorter than 3 meters (9.8 feet).

Powering On: Note that immediately after the power is switched on, the output

of the PDA015A2 will momentarily (for 200 ms) go to its maximum output

voltage (5 V for 50 Ω load or 10 V for high impedance load). For sensitive

equipment that cannot tolerate this brief spike, turn on the PDA015A2 before

connecting to its output.

Input Optical Power: Photodiodes are sensitive devices and can be easily

damaged by overpowering them; care must be taken to ensure functionality. Be

careful not to illuminate to photodiode beyond its 150 µm diameter as this can

degrade performance. Optical power can be converted to voltage using the

formula noted below. Please use the formula to ensure the detector is not

saturated.

Voltage (V) =

Optical Power (W) x Responsivity (A/W) x 50,000 (V/A) x (RLOAD / (RLOAD + 50 Ω))

The maximum output of the PDA015A2 is 5 V for 50 Ω loads and 10 V for high

impedance loads. Be sure not to exceed these output levels to avoid signal

distortion. If necessary, use neutral density filters to reduce the input light level.

Caution Using Fiber Adapters: The PDA015A2 was designed to allow maximum

accessibility to the photodetector by having the front surface of the diode close

to the outside of the PDA015A2’s housing. When using fiber adapters, make sure

that the fiber ferrule does not crash into the detector. Failure to do so may cause

damage to the diode and/or the fiber.

Manufactured by: Thorlabs Inc., 110 Parkland Plaza, Ann Arbor, MI 48103 USA

EU Importer: Thorlabs GmbH, Hans-Boeckler-Str.6, Dachau, D-85521 Germany

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