Menlo Systems FPD610 Series Manuel utilisateur

FPD610-Series

High Sensitivity Fast PIN

Photodetector

USER MANUAL

Excitement Is Not Measureable. Light Is.

Menlo Systems, a leading developer and global supplier of instrumentation

for high-precision metrology, was founded 2001 as spin-off of the Max-

Planck-Institute of Quantum Optics. Known for the Nobel-Prize-winning

Optical Frequency Comb technology, the Munich based company offers

complete solutions based on ultrafast lasers, synchronization electronics

and THz systems for applications in industry and research.

A. IMPRINT

Title: User Manual

Model: FPD610-FS-VIS, FPD610-FC-VIS,

FPD610-FS-NIR, FPD610-FC-NIR

Manufacturer: Menlo Systems GmbH, Munich, Germany

Reproduction by any means of any image in this user

manual is prohibited without the prior consent of Menlo

Systems GmbH.

All product designations used in this manual are registered

trademarks of the respective companies.

Changes: Subject to technical changes without prior notice.

B. TABLE OF CONTENTS

A. IMPRINT ................................................................................................................................................ 3

B. TABLE OF CONTENTS ............................................................................................................................ 4

1. SAFETY INSTRUCTIONS ......................................................................................................................... 5

I.1 Electrical Safety Precautions......................................................................................................... 5

2. System Overview .................................................................................................................................. 6

Contents....................................................................................................................................... 62.1

Connectors and Controls ............................................................................................................. 72.2

Specifications............................................................................................................................... 82.3

2.3.1 Response Curve...................................................................................................................... 9

2.3.2 Frequency Characteristics ...................................................................................................... 9

2.3.3 Time Characteristics and Rise Time ..................................................................................... 10

Technical Drawings .................................................................................................................... 112.4

3. Installation / Operation ...................................................................................................................... 13

4. Maintenance....................................................................................................................................... 14

5. Troubleshooting.................................................................................................................................. 15

C. Customer Service ................................................................................................................................ 16

C.1 Factory Service & Repair............................................................................................................ 16

C.2 Additional Service Plan .............................................................................................................. 16

D. Regulatory........................................................................................................................................... 17

D.1 Waste Treatment is Your Own Responsibility........................................................................... 17

D.2 Ecological Background............................................................................................................... 17

E. Contacts .............................................................................................................................................. 18

1. SAFETY INSTRUCTIONS

I.1 ELECTRICAL SAFETY PRECAUTIONS

You should make sure that electrical equipment used for work is safe. Here is a list of

actions that should be taken:

Do not use wet hands when turning on electrical equipment.

Check that the electrical equipment is suitable for the work and way in

which it is going to be used.

Check that the electrical equipment is in good condition.

Check that the equipment is suitable for the electrical supply with which it

is going to be used, and the electrical supply is safe.

Make sure that the user of the equipment is trained to use it safely and can

keep others safe.

Make sure the user knows which personal protective equipment to wear,

how to use it, and make sure they do so.

Power failures should be avoided.

2. SYSTEM OVERVIEW

2.1 CONTENTS

Your photo detector case contains the following items:

Item

Description

FPD photodetector

Photodetector FPD610

Adapter

Adapter for imperial threads

(Internal 8-32 threads and external M4 x 0.7 threaded

stud)

Post

40 mm post with M4 setscrew and M6 tap

Power Supply

Low noise power supply (Voltage +5V, -12V, GND)

Power Cord

Power cord suitable for your country

Manual

FPD Manual

Testreport

Final Test Measurement

2.2 CONNECTORS AND CONTROLS

The detector itself has two connectors on the opposite side of the optical input:

RF Ouput: SMA female connector

Supply: multi-contacts Fischer receptacle

Connect the RF Output to a 50 Ωcoupled measurement tool (e.g. oscilloscope, RF

spectrum analyzer,…) via SMA cable.

Connect the low voltage cable of the provided power supply to the Supply receptacle

and plug the power cord into the 100-230 V, 50-60 Hz outlet.

Each unit's housing features an M4 x 0.7 mounting hole (an adapter for imperial

mounting is enclosed) that enables the amplified photodetector to be vertically post

mounted (a 40 mm post is enclosed). For more information about the location of the

mounting point, please see chapter 2.4 Technical Drawings.

2.3 SPECIFICATIONS

Specifications FPD610

-FC-VIS

-FS-VIS

-FC-NIR

-FS-NIR

Detector Type

InGaAs

Optical Input

Fiber:

FC/PC

connector

Free space

Fiber:

SMF28

pigtail with

FC/APC

Free space

Spectral Range [nm]

400-1000

950-1650

Saturation Limit [µW]

<100

Damage Threshold [mW]

Detector Diameter [mm]

0.25

0.4

0.08

Freuency Range [MHz]

DC-600

3dB Bandwidth [MHz]

DC-500

Rise Time [ns]

Max. Gain [VPeak-Peak/WInput]

2 x 106

Dark State Noise Level not integrated

(up to 5MHz / 5-600MHz) [dBm]

-80 / -100

NEP (calculated) [pW/√Hz]

11.9

11.2

5.6

6.6

Output Impedance [Ω]

Output Coupling

Output Signal [V]

0-1

Output Connector

SMA

Supply Voltage [V DC]

-12

Max. Current Consumption [mA]

<250

<50

<250

<50

<250

<50

<250

<50

Operating Temperature [°C]

10-40

Storage Temperature [°C]

-20 - +85

Storage Humidity [% RH]

10-90

Device Dimensions [mm³]

60x50x20

2.3.1 RESPONSE CURVE

The response curve for all models of the FPD series is shown below.

2.3.2 FREQUENCY CHARACTERISTICS

The frequency characteristics for a sub 250 fs pulse with an optical power of 200 nW at

1560 nm and a reprate of 50 MHz are shown in the graph below.

2.3.3 TIME CHARACTERISTICS AND RISE TIME

The time characteristics of the photodetector is shown in the graph below.

The rise time of the photodetector is defined as the time for the signal to rise from 10%

up to 90% of the maximum value.

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