Product List

Item Number Product Name Description
0003 Micro-MBC-1 Single Channel, PCB plug-in LN modualtor bias controller for digital applications
0004 Micro-MBC-2 Dual Channel, PCB plug-in LN modulator bias controller for digital applications
0020 Mini-MBC-1 LN Modulator bias controller for analog applications
0041 Mini-MBC-3 Tunable LN modulator bias controller for analog applications
0050 DPMZ MBC (SSB) Dual-parallel-MZ modulator bias controller for optical SSB applications
0052 DPMZ MBC (DQPSK) Dual-parallel-MZ modulator bias controller for optical DQPSK applications
0090 Chip-MBC Small size, single-function LN modulator bias controller for digital applications
0103 Ditherless BC Modulator bias controller without utilizing pilot tones
0104 Super Fast EDFA EDFA with transient suppression for optical burst control applications
0101 Optical Notch Filter Dual-channel optical Notch Filter (FIR Filter)
0102 Single-shot Scope Single-shot electrical pulse regenerator with 20GHz frequency response

1. Micro MBC


i. Micro MBC-1 (one-channel device)
ii. Micro MBC-2 (two-channel device)

These products were developed for telecommunication applications, and other applications involving LiNbO3 E/O-amplitude modulators. The modulator bias controller locks LiNbO3 to the desired working points, such as Null, Peak, Quad (Linear) points. Mini-MBC-1 is developed for analogue applications. Micro-MBCs are for digital applications. Micro-MBC has one channel or two-channel model for controlling one modulator, or controlling two modulators simultaneously. More

2. Mini MBC -1


This is a full function LN modulator bias controller designed for analog applications. It can lock modulator to Peak, Null, Quad+, Quad-. The working point can be selected on the board by changing jumper positions. It has access to Photo-detector integrated in the modulator. More

3. Mini MBC-3 , a tunable modulator bias controller


This is a full function LN modulator bias controller designed for analog applications. The tune-ability is an important feature of this device. It not only can lock modulator to Peak, Null, Quad+, Quad-, also can lock the modulator to other positions. The working point can be selected on the board by changing jumper positions. It has access to Photo-detector integrated in the modulator. It has a remote control port for user to tune the working point remotely.More

4. DPMZ MBCs for DQPSK or SSB applications


0050-DPMZ MBC for SSB Applications


0052-DPMZ MBC for DQPSK Applications

The Dual-Parallel MZ modulator bias controller is a device specially designed to control the bias positions for dual-parallel MZ modulators used for DQPSK applications. The DPMZ MBC will lock the first and second modulator to Null and the third position to quad. The slope is selectable on board. More

5. Chip-MBC

Chip-MBC is a small size, low cost, single function modulator bias controller for digital applications. It can be configured in factory to Peak, Null, Quad+ and Quad- mode. Its user friendly interface makes it easier to mount it to their system, there is no evaboard required. More


Top View of Chip-MBC


Bottom View of Chip-MBC.

6. Ditherless Bias Controller

This Ditherless Bias controller is an OEM version stand-alone bias control feedback loop. It locks the bias of the device to desired reference point without using a dithering signal. It has many applications, such as MZ Modulator Bias Control or Fabry-Perot filter control. It features high accuracy, high dynamic range. The locking slope can be switched with a sliding switch on the board.More


7. Super Fast EDFA

This Super Fast EDFA has very fast transient suppression. The transient suppression time is less than 100 ns when turn the system from dark to one channel. It is designed for burst control and DWDM system.


8. Optical Fiber Notch Filter (two-tap FIR filter)

This optical fiber notch filter is built with optical fiber technologies. It has high frequency bandwidth, deep filtering depth, low loss and compact size. One of the important features is that its insertion loss is independent on the storage ring size. It is particularly useful for synchrotron storage rings to filter out the revolution frequency in the beam signal.


9. Single-Shot Capture and Regenerator

This instrument will work together with a sampling oscilloscope as a high-bandwidth real-time oscilloscope with frequency range of 20 GHz. Tests have been done with High-energy charged particle accelerator beams and with an impulse signal generator. The instrument utilizes fiber-optics and electronics, with unique state of art technology to measure single-shot, very short multi-channel signals. More

a) Pictures


b) Applications


c) Specifications

 

Transient Signal Capture

Parameter

Specification

Gating width

10 ns-1 ms

Input signal

<27 dBm

Frequency Response

20 GHz

Impedance of modulators

50 ohm

Connector (electrical)

SMA or K

Connector (optical)

UPC

Power

110 AC/200mA

Dimension

19"x3"x12"

Weight

 

 

Pulse Train Generator

Parameter

Specification

Delay of the loop

7.8 ms

Circulation

1000 turns

Connector (optical)

UPC

Connector (electrical)

SMA for trigger out

Impedance of trigger out

50 ohm

Frequency Response

20 GHz

Power

110 AC/200mA

Dimension

19"x2"x12"

Weight

 

 

d) Features
   a. Scanning to find the signal to be measured
   b. Single-shot display
   c. Zooming the signal for detailed measurement
   d. Multi-channel single-shot transient signal measurement
   More

 

Services

YY Labs is providing the following services:

   1. S-parameter measurement from 300 KHz to 6 GHz for PCB boards, RF cavity, microwave devices
   2. TDR (Time domain reflector meter) measurement up to 20 GHz for impedance matching
   3. UV-infrared spectrum and optical power measurement
   4. Electrical signal spectrum measurement up to 7 GHz
   5. Optical and electrical signal waveform measurement up to 20 GHz
   6. Optical fiber (including PM fiber) splicing

 

 

 

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