40 GHz TFLN IQ Modulator     


The 40G-Thin Film modulator design is based on a dual parallel structure of 2 Mach-Zehnder modulators embedded in a Mach-Zehnder super-structure. Each internal modulator is designed to have EO bandwidth above 20 GHz. Monitor photodiode is provided for automatic bias control.



Product model


Name Model Price

Parameter


Features

● Thin Film X-Cut Lithium Niobate

● Operating at C-Band

● High Bandwidth Operating > 25 GHz

● Compliance with TelcordiaGR-468-Core

● Hermetically Sealed

● Excellent Linearity

Specifications

Specifications (Unless otherwise specified, the test temperature is 25°C)

Category

Parameters

Symbol

Unit

Performance

Optical

Features

Operating Wavelength

λ

nm

~1550

Optical Extinction Ratio

(@DC)

ER

dB

≥25dB

Optical Return Loss

ORL

dB

≤-15

Optical Insertion Loss

IL

dB

~6

Electrica Features

3db Bandwidth

S21

GHz

I

Q

~30

~30

RF Load

Rm

Ohm

50 ±5

Parent RF Vπ(@50 Khz)

Vπ -P

V

3~3.5

Child RF Vπ(@50 Khz)

Vπ -C

V

3~3.5

Heater Resistance

Rh

Ohm

4000 ± 10%

Parent Heater Pπ(@DC)

Pπ -P

mW

~50

Child Heater Pπ(@DC)

Pπ -C

mW

~50

RF Return Loss(100 MHz To 30 Ghz)

S11

dB

-10

Test Condition

Operating Temperature

To

-20~70

Fiber type

PM1550/SMF-28E


Bandwidth S21 Curve

40 GHZ1.png

40 GHZ2.png

Absolute Maximum Ratings

Parameters

Symbol

Min

Max

Typ

Unit

RF Input Power

Sin

-

-

10

dBm

Heater Bias Voltage


0

5


V

Storage Temperature


-40

85

25

Relative Humidity

RH

5

90

50

%

Dimensions and Pin definitions

Dimensions (mm) 

40 GHZ3.png


Pin definitions

Pin

Symbol

Description

Pin

Symbol

Description

RF1

R1

RF INPUT Q

7

DC7

I BIAS

RF2

R2

RF INPUT I

8

DC8

IN MPD N

1

DC1

IN MPD P

9

DC9

OUT MPD N

2

DC2

Q BIAS

10

DC10

OUT MPD P

3

DC3

Q BIAS

11

DC11

Q MPD P

4

DC4

P BIAS

12

DC12

Q MPD N

5

DC5

P BIAS

13

DC13

I MPD P

6

DC6

I BIAS

14

DC14

I MPD N

Application

● OFDM Coding

● QPSK Coding

● QAM Coding

● CS-SSB (Carrier Suppressed Single Side Band)

● FMCW LiDAR in Autonomous Driving

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