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.
Name | Model | Description | Price |
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● 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 (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
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 (mm)
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 |
● OFDM Coding
● QPSK Coding
● QAM Coding
● CS-SSB (Carrier Suppressed Single Side Band)
● FMCW LiDAR in Autonomous Driving