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Coating

Antireflection, Ion Beam Sputtering

650-950 nm, R<1%

Max HV repetition rate

1000 kHz

250 kHz

300 kHz

350 kHz

150 kHz

50 kHz

400 kHz

500 kHz

2000 kHz

10 kHz

5 kHz

3 kHz

2,5 kHz

1 MHz

2 MHz

2,5 MHz

3 MHz

4 MHz

6 MHz

Step angle, deg

1.8

Step angle accuracy, min

Required electrical power, W

5.6

Rated Current, A

0.4

Resistance, Ω

Inductance

52 mH

5 min

Holding torque

0,12 N·m

Motor_1

4247 (motors of other types are available)

Built-in-driver, max operating rate

up to 1 MHz

up to 2 MHz

Max laser repetition rate for single pulse picking, MHz

100

HV Power Supply

provided in pMaster 4.2

Integrated

Not Included

Max output power, W

200

180

400

360

2x200

2x60

120

150

4x60

2x120

170

2x85

Max HV output, kV

1.8

2.6

3.6

+/- 1,5

+/- 2,0

+/- 2,6

+/- 3,6

+/- 1,4

3.1

2.8

4.4

1.3

2.5

±1,4

±2,0

±2,6

±3,6

±1,5

±1,8

Voltage Control

Internal trimmer

CAN

Internal trimmer or CAN

Clear aperture, mm

ø 5,5

ø 3,5

ø 2,5

ø 5,5

ø 2,5

ø 3,5

ø 5,8

ø 7,5

ø 9,6

ø 11,6

4,5 x 4,5

9,5 x 9,5

ø 18

ø 13,6

ø 11

ø 8

ø 7

Description

KTP Pockels cell with clear capture of 5,5 mm, λ/2 at 800 nm

for up to 1 MHz operation, BBO clear aperture 3,5 mm, λ/4 operation at 1064 nm

for up to 2 MHz operation, BBO clear aperture 2,5 mm, λ/4 operation at 1064 nm

for up to 1 MHz operation, KTP clear aperture 5,5 mm, λ/2 operation at 800 nm

for up to 2 MHz operation, KTP clear aperture 3,5 mm, λ/2 operation at 1064 nm

4 output channels, built-in High Voltage power supply

Laboratory type

OEM version

closed variable attenuator with CCD camera

adapter

Crystal size (WxHxL), mm

3x3x20

3x3x25

4x4x20

6,3x6,3x20

8x8x20

5x5x16

10x10x25

Ø 14x45

Ø 12x24

Ø 9x20

Ø 8x12

4x4x10

6x6x10

Quantity of crystals

λ/2 voltage

@1064 nm <6.8

@1064 nm < ±3.4 kV DC

@1064 nm <6.8 kV DC

@694 nm <4.5 kV DC

@532 nm <3.5 kV DC

@1064 nm, kV DC <6.8

@1064 nm <6.8 kV DC

@800 nm <5 kV DC

λ/4 voltage (@ 1064 nm), kV DC

<3,5

<1,8

<3,0

<1,5

<4,6

<2,3

< 2x1,3

<7,5

<3,8

Capacitance, pF

2×<6

1.5

Optical transmission, %

>98

>97

>96

Contrast ratio

>1:1000

>1:500

>1:2000

Half Wave Voltage

<1,4 kV DC

<1,8 kV DC

<2,6 kV DC

<2,1 kV DC

<2,8 kV DC

<4,1 kV DC

W, mm

Cell size, mm

Ø25,4x37,2

Ø25,4x57,2

Ø25,4x42,2

Ø25,4x67,2

Ø25,4x112

Ø35x42,2

Ø35x68

Ø35x64

18x14x25

22x18x33

Ø 35x75

Ø 35x41,6

Ø 25,4x39

Ø 25,4x35

Ø 19x25,4

Ø 19x19

Ø25,4 x 42,2

Maximum output pulse amplitude (HV), kV

4.2

5.5

8.6

9.8

Max / Min HV Operating Voltage

3,6 kV / 1,8 kV

1,5 kV / 0,75 kV

2,5 kV / 1,25 kV

3,6 kV / 1,8 kV kV

1,8 kV / 0,9 kV

G, mm

dia 100

dia 110

Operation

λ/2 at 800 nm: <2,1 kV DC

quarter-wave, λ/4

half-wave, λ/2

HV operation voltage range

6 ns

7 ns

10,5 ns

12 ns

0,1 - 2,5 kV

hmin, mm

HV program input signal range

6 ns

7 ns

9,5 ns

10,5 ns

0,1 - 4,9 V

hmax, mm

99.5

HV pulse duration

0-5000 ns

100-5000 ns

1,00-5000 ns

15-5000 ns

15-620 ns

15-1250 ns

15-250 ns

30...3000 ns

35...2000 ns

70-3000 ns

70 - 1000 ns

HV pulse delay

30 ns

HV pulse rise time, typical

<7 ns

<8,5 ns

<8 ns

<7,5 ns

<9,5 ns

<6 ns

<5,5 ns

<6,5 ns

<10 ns

<10,5 ns

<9 ns

<26 ns

HV fall time, typical

<7 ns

<8,5 ns

<8 ns

<7,5 ns

<9,5 ns

<6 ns

<5,5 ns

<6,5 ns

<10 ns

<10,5 ns

<9 ns

<13 ns

I, mm

39.5

H, mm

110

115

Wavelength Range

515-532+1030-1064 nm

343-355 nm

Output polarity

Bipolar

Positive

Amplitude on 50 Ω

3,5 - 5 V

HV pulse rise and fall time, ns

<6,5

<10

HV power consumption, W

<100

<120

<110

<200

<210

<230

<20

<40

<75

<90

<80

<180

<130

<360

<325

<350

120

12V / 24V power consumption, W

5.5

4.5

24 V power consumption, W

<12

<4,5

<5,5

<14

<18

<10

Recommended HV power supply model

PS-80-2,6 (OEM type) HVS100-80-2,6 (lab type)

PS-120-2,6 (OEM type) HVS100-120-2,6 (lab type)

h1, mm

Maximal high voltage output options

1,8 kV 2,8 kV 4,0 kV 4,4 kV 5,0 kV

1,3 kV 1,8 kV 2,5 kV 3,6 kV 4,0 kV

1,8 kV 2,6 kV 3,1 kV 3,6 kV 4,0 kV

1,8 kV 2,6 kV 3,1 kV 3,6 kV

±1,4 kV ±2,0 kV ±2,6 kV ±3,6 kV

1,8 kV 2,6 kV 3,6 kV

±1,5 kV ±1,8 kV

h2, mm

Maximal output power at maximal output voltage

5 W

40 W

80 W

120 W

2 x 60 W

170 W

2 x 85 W

h3, mm

Voltage Control Limits

0 - Umax

40% Umax to Umax

0,8-1,8 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

0,7-1,8 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,8-2,8 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,1-2,8 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

3,0-4,0 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,6-4,0 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

3,4-4,4 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,8-4,4 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

4,0-5,0 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

2,0-5,0 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

0,5-1,3 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

0,8-1,8 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,6-2,5 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,0-2,5 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

2,6-3,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,4-3,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,6-2,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,0-2,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

2,1-3,1 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,3-3,1 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

1,2-3,1 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±0,6 - ±1,4 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±1,0 - ±2,0 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±0,8 - ±2,0 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±1,6-2,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±1,1-2,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±2,6-3,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±1,4-3,6 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±0,6 - ±1,5 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

±0,7 - ±1,8 kV Umax -1 kV to Umax (internal trimmer); 40% Umax to Umax (CAN)

Central Wavelength, nm

1064

1030

800

694

532

515

1560

L, mm

73.5

D, mm.1

dia 20

dia 25,4

Output voltage control options

CAN interface, internal trimmer potentiometer

Remaining power at the output of 24 V DC for external needs

55 W

190 W

150 W

100 W

Not available

Mains voltage

90 to 264 V AC, 47 - 63 Hz

24 V DC

Auxiliary output

CAN, RS232, internal trimmer potentiometer

External powering

48 V, 4,5 A

48 V, 9 A

24 V DV, <15 W

24 V DV, <50 W

24 V DV, <90 W

24 V DV, <150 W

24 V DV, <200 W

Mounting

SM1 external, Ø38.1, Ø50.8, M4

Pockels cell contrast ratio, VCR

1:500

Pockels cell transmission

>98 % at 800 nm

>98% at 1064 nm

>98% at 800 nm

A, mm

Dimensions (LxWxH) mm

200x118x75

230x245x53,5

135x70x30

160x70x40

175x70x45

175x110x45

152x80x58

240x275x59

139x69x57

B, mm

16.5

20.5

Cooling

Water

Conductive or Water

Expansion

1X-5X

Quarter Wave Voltage

<3,5 kV DC

<1,8 kV DC

<3,0 kV DC

<1,5 kV DC

<4,6 kV DC

<2,3 kV DC

<2 x 1,3 kV DC

<7,5 kV DC

<3,8 kV DC

<6 kV DC

<7 kV DC

<3,4 kV DC

<1,7 kV DC

<2,9 kV DC

<1,4 kV DC

<4,5 kV DC

<2,2 kV DC

<2 x 1,2 kV DC

<7,4 kV DC

<3,75 kV DC

<2,6 kV DC

<1,3 kV DC

<2,1 kV DC

<1,1 kV DC

<2 x 0,9 kV DC

±1,7 kV DC

<2,7 kV DC

Control interface

CAN (used mostly for factory calibration)

D, mm

dia 18

dia 23

Requirement for external triggering pulse amplitude

3,5...5 V (50 Ω load)

Requirement for external triggering pulse rise time

≤10 ns

≤5 ns

Diameter NDF, mm

Mounting holes ⌀3,4 mm location - mm

125x35

150x60

165x60

165x100

Maximum thickness, mm

Non-parallel filters

(inclined by 4°)

Maximum deviation, mm

0,09

Clear Aperture, mm

Ø 18

Application

Nd host high power lasers

Yb host femtosecond lasers

Ti:Sapphire femtosecond lasers

Input Clear Aperture, mm

11.00

Lenses material

UVFS

Transmitted Wavefront Distortion (TWD)

λ/4 at 633 nm

Magnification

1X - 5X

Laser Damage Threshold

1064 nm: >10 J/cm2, 10 ns pulse, 10 Hz 532 nm: >7 J/cm2, 10 ns pulse, 10 Hz 355 nm: >5 J/cm2, 10 ns pulse, 10 Hz

Input Thread

SM1 external

Operating voltage, kV

0,1 - 2,5

Mounting Options

SM1 external, Ø38,1, Ø50,8, M4

Reverse usage

Max HV operating voltage, kV

2.4

5.2

4.6

3.8

3.6

2.5

1.5

2.6

1.8

4.2

5.5

8.5

9.8

1.6

3.4

3.1

1.7

1.3

Output Clear Aperture, mm

36.00

Price

Optical Devices

There are 221 products in the category

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Displayed products:

Motorized Closed Variable Two Wheels Attenuators, 20 mm

Product number 991-0702-01
D, mm.1 dia 20
D, mm dia 18
Step angle, deg 1.8
Step angle accuracy, min 5

480 260 Ft

Motorized Closed Variable Two Wheels Attenuator, 25,4 mm

Product number 991-0702-02
D, mm.1 dia 25,4
D, mm dia 23
Step angle, deg 1.8
Step angle accuracy, min 5

369 260 Ft

Wheel for Variable Wheel Attenuator, 25,4 mm

Product number 990-0000-03
D, mm.1 -
D, mm -
Step angle, deg 1.8
Step angle accuracy, min 5

Variable Wheel Attenuator, 20 mm

Product number 990-0604-01
W, mm 70
H, mm 84
h1, mm 67
h2, mm 45

Variable Wheel Attenuator, 25,4 mm

Product number 990-0604-02
W, mm 80
H, mm 95
h1, mm 75
h2, mm 50

126 540 Ft

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