PRODUCTS
PRODUCTS

1.7
1.7

LabM-I-5
LabM-I-5

1.7.1	2.9
2.9 –– 5.5
5.5 µmµmand
andover
over1515MHz
MHzHgCdTe
HgCdTeprogrammable,
laboratory
IR detection
module1.7.1
programmable,
laboratory
IR detection
modulewith optically
immersed
photovoltaic
detectorwith optically
immersed
photovoltaic
detector
LabM-I-5
IR detection
modulewith optically
immersed
photovoltaic
detector basedon HgCdTe
heterostructure,
integrated
LabM-I-5 isisa alaboratorylaboratory
IR detection
modulewith optically
immersed
photovoltaic
detector
basedon HgCdTe
heterostructure,
withtransimpedance,programmablepreamplifier.preamplifier.
3° wedged3°sapphire
prevents
interference
effects. Foreffects
properintegrated
with transimpedance,
programmablewedgedwindow
sapphire
windowunwanted
prevents unwanted
interference. Foroperation
programmable„smart” VIGO
thermoelectriccooler controller(soldseparately)and Smart
Manager
Software Sof(freeware)
proper operation
programmable„smart”
VIGO thermoelctriccooler PTCC-01
controller
PTCC-01(sold separately)
andSmart Manager
twarearerequired.
LabM-I-5
modulecomes
completewithPTCC-01
andSmartManageristhebestsolution
forprototyping
andR&D(freeware) are required. LabM-I-5 module comes complete with PTCC
-01 and Smart Manager is the best solution for prototypingstage
andin
a varietyof aMWIR
applications.
This set provides
flexible
approachto differentof system
designers.
R&D
stage invarietyof MWIR applications.
This set
providesflexible
approachneeds
to differentneeds
of system designers.
Spectral response (Ta = 20°C)
Spectral response (Ta = 20°C)

D*, cm·Hz1/2/W

1E+11

1E+10

1E+09

1E+08
2,5

3,0

3,5

4,0

4,5

5,0

5,56,0

Wavelength, µm
Exemplary spectral detectivity, the spectral response of delivered devices may differ.
Exemplary spectral detectivity, the spectral response of delivered devices may differ.

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PRODUCTS

Specification (Ta = 20°C, default module settings)
Parameter

Typical value
Optical parameters

Cut-on wavelength λcut-on (10%), μm

2.9±1.0

Peak wavelength λpeak, μm

4.2±0.5

Optimum wavelength λopt, μm

5.0

Cut-off wavelength λcut-off (10%), μm

5.5±0.3Detectivity D* (λpeak, 25 kV/A), cm·Hz1/2/W≥1.4×1010

Detectivity D* (λopt, 25 kV/A), cm·Hz1/2/W≥1.0×1010

Output noise density vn (10 MHz), nV/Hz1/2≤500Electrical parameters
Voltage responsivity Rv (λpeak, 25 kV/A), V/W≥4.8×104

Voltage responsivity Rv (λopt, 25 kV/A), V/W≥3.2×104

Low cut-off frequency flo, Hz

DC/10 (adjustable)

High cut-off frequency fhi, Hz≥15M (adjustable)

Output impedance Rout, Ω50

Output voltage swing Vout, V

1 (RLoad = 50 Ω)

Output voltage offset Voff, mV

max ±20Features
High performance and reliability
DC offset compensation
Compatible with optical accessories
Versatility and flexibility
Quantity discounted price
Fast delivery
Parameters configurable by the user
Output voltage offset
Gain (in 40 dB range)
Bandwidth (1.5 MHz / 15 MHz)
Coupling AC/DC
Detector’s parameters (temperature, reverse bias etc.)
ApplicationsC ontactless temperature measurements (railway transport,industrial and laboratory processes monitoring)
Flame and explosion detection
Threat warning systems
Gas detection, monitoring and analysis (CO, CO2, NOx)In-vivo alcohol detection
Breath analysis
Solids analysis
Leakage control in gas pipelines
Combustion process control

Other information
Active element material

epitaxial HgCdTe heterostructure

Optical area AO, mm×mm

1×1

WindowwAl2O3

Acceptance angle Φ~36°

Ambient operating temperature Ta, °C
Signal output socket
Power supply and TEC control socket

10 to 30SMA
LEMO (female) ECG.0B.309.CLN

Mounting hole

M4

Fanyes

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PRODUCTS

Mechanical layout, mm

Power supply and TEC control socket LEMO (female)
ECG.0B.309.CLN
Powersupply and TEC control socket LEMO (female)l layout, mm

ECG.0B.309.CLN

pply and TEC control socket LEMO (female)
9.CLN
Schematic diagram

Schematic diagram

Schematic diagram

Function
Function
Fan and programmable preampinternal logic auxiliary supply
Fan and programmable preamp
Thermistor
output(2)internal logic
auxiliary
supplySymbolSymbolPin number
Pin number

FAN+

1FAN+
TH2

12

TEC supply input (–)
Thermistor output (2)

TEC–
TH2

32

Power supply input (–)
TEC supply input (–)
Ground–Vsup
TEC–GND

435Powersupplyinput
Powersupplyinput(+) (–)+V–Vsupsup

46

TEC supply input (+)
GroundTEC+
GND

75

Thermistor output (1)TH18Power supply input (+)
Biderictional data pin

+Vsup
DATA

69TEC supply input (+)

TEC+

7

Thermistor output (1)TH18Biderictional data pin

DATA

9

Included accessories•
SymbolPin number

grammable preamp
auxiliary supply

Function

FAN+

1utput (2)TH22nput (–)

TEC–

3

y1input (–)–Vsup

4number2GND

5y input (+)+Vsup

6nput (+)

TEC+

7utput (1)TH185 pindataDATA

934

SMA-BNC, LEMO-DB9 cables

Dedicated accessories
Included accessories• PTCC-01-BAS TEC controller + USB: TypeA-MicroB cable + ACadaptor LEMO-DB9 cables
SMA-BNC,• PTCC-01-ADV TEC controller + USB: TypeA-MicroB cable + AC
Dedicated
adaptor accessories• PTCC-01-OEM TEC controller + USB: TypeA-MicroB, KK2-P
 TCC-01-BAS TEC controller + USB: TypeA-MicroB cable +POWER cables
AC adaptor• OTA optical threaded adapter
P TCC-01-ADV TEC controller + USB: TypeA-MicroB cable +• ACDRB-2
base mounting system
adaptorP TCC-01-OEM TEC controller + USB: TypeA-MicroB,
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KK2-POWER cablesO TA optical threaded adapter
D RB-2 base mounting system

6accessories
7

BNC, LEMO-DB9 cables
8d accessories
901-BAS TEC controller + USB: TypeA-MicroB cable + AC
or01-ADV TEC controller + USB: TypeA-MicroB cable + AC
or01-OEM TEC controller + USB: TypeA-MicroB, KK2R cables

ptical threaded adapter
base mounting systemable + AC

tonics.com

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able + AC

KK2-Page | 23 z 156

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Sch