110 GHz C-Band Thin-Film Lithium Niobate Intensity Modulator


Operating Wavelength 1530-1565nm; Operating Bandwidth 110GHz

Part Number  :  BC6PPBM71
Unit Price  :  USD [Please inquire]
Lead time  :   [Please inquire]
Inventory quantity   :   [Please inquire]
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The Thin-Film Lithium Niobate Ultra-High Bandwidth Intensity Modulator is a high-performance electro-optic conversion device independently developed by our company, with full proprietary intellectual property rights. The product is packaged using high-precision optical coupling and assembly techniques, achieving an electro-optic 3 dB bandwidth of up to 110 GHz.Compared with traditional bulk lithium niobate crystal modulators, this product features low half-wave voltage (Vπ), high stability, compact device size, and thermo-optic bias control. It can be widely applied in digital optical communications, microwave photonics, backbone communication networks, and communication-related research projects.

Product parameters: C band

Category

Parameters

Symbol

Unit

Index

Optical performance (@25°C)

Operating Wavelength (*)

λ

nm

~1550

Optical Extinction Ratio (@ DC) (**)

ER

dB

≥20

Optical Return Loss

ORL

dB

≤-27

Optical Insertion Loss

IL

dB

Maximum value: 6

Typical value: 5

Electrical Performance (@25°C)

3 dB Electro-Optical Bandwidth (from 2 GHz)

S21

GHz

Minimum value: 100

Typical value: 105

RF Half-Wave Voltage (@ 50 kHz)

V

≤4

Thermal Bias Half-Wave Power

mW

≤50

RF Return Loss

S11

dB

≤-10

Operating Conditions

Operating Temperature (*)

TO

°C

-20~70

* Customizable.

** High extinction ratio (> 25 dB) available on request.


Damage threshold

If the device operates beyond the maximum damage threshold, it will cause irreversible damage to the device. 

Parameters

Symbol

Min.

Max.

Unit

RF input power

Sin

-

18

dBm

RF input swing voltage

Vpp

-2.5

+2.5

V

RF input RMS voltage

Vrms

-

1.78

V

Optical input power

Pin

-

20

dBm

Thermal bias voltage

Uheater

-

4.5

V

Thermal bias current

Iheater

-

50

mA

Storage temperature

TS

-40

85

Relative humidity (non-condensing)

RH

5

90

%


S21 test sample image (110 GHz typical)

Thin Film Lithium53.png

Figure 1: S21 

Thin Film Lithium54.png

Figure 1: S11

Electrostatic Discharge (ESD) Protection

This product contains ESD-sensitive components (MPDs). Necessary ESD protection measures must be taken when using it.

Thin Film Lithium55.png


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