Find Verified Computer Software Suppliers, Manufacturers and Wholesalers

The 8X8 all-optical network switch module is a compact, high-performance and ultra-low power fully non-blocking all-optical 8 port â??any-to-anyâ?� matrix switch module. This unique customer configurable single-sided switch design allows any of the 8 ports to be connected to any other ports enabling new interconnection architectures not possible with traditional symmetric NxN switch matrixes. The ultracompact size and low-power usage make this an ideal choice for OEM applications and enables the switch to be mounted onto pluggable circuit packs. It is designed to meet the highest performance and reliability needs of the most demanding applications with exceptionally low optical loss, compact size, low power requirements and fast switching speeds.


â??8x8 optical switch Features
�Low Insertion Loss

�Wide Wavelength Range

�Low Crosstalk

�High Stability, High Reliability

�Epoxy-free on Optical Path

�Latching and Non-latching


â?? 8x8 optical switch Application
�Metropolitan Area Network

�R&D in Laboratory

�System Monitoring

�Configurable OADM



â?? 8x8 optical switch Performance

ParametersOSW-8Ã?8

Wavelength Rangenm650ï½?13101260ï½?1670
Testing Wavelengthnm650/780/850/980/1064/13101310/1490/1550/1625/1650
Insertion LossdBTyp:2.0,Max:2.8Typ:2.0 ,Max:2.5
Return LossdBâ?¥30â?¥50
CrosstalkdBâ?¥35â?¥55
PDLdBâ?¤0.05
WDLdBâ?¤0.25

TDLdBâ?¤0.25
RepeatabilitydB�±0.02

Power supplyv3.0 or 5.0
TypeLatchingor Non-Latching
LifetimeCycleâ?¥107
Switch Timemsâ?¤15
Transmission PowermWâ?¤500

Operation Temperatureâ??-20ï½?+85
Storage Temperatureâ??-40ï½?+85

Dimensionmm(L)184Ã?(W)184Ã?(H)38

The MEMS Latch Series 1x4 Fiber optic switch connects optical channels by redirecting

incoming optical signals into selected output fibers. This is achieved using a patent pending MEMS configuration and activated via an electrical control signal. It uniquely features rugged thermal activated micro-mirror movements instead of rotation, and latches to preserve the selected optical path after the drive signal has been removed.

This novel design significantly reduces packaging requirement, and simplifies driving electronics, offering unprecedented high stability as well as an unmatched low cost.

1x4 MEMS optical switch Features

â?¢High Reliability

â?¢Latching

â?¢Intrinsic tolerance to ESD

1x4 MEMS optical switch Applications

â?¢ Channel Blocking

â?¢ System Monitoring

â?¢ Instrumentation


â?? 1x4 MEMS optical switch Performance


ParametersMSW-1Ã?4
Wavelength Rangenm1260ï½?1620

Testing Wavelengthnm1310/1490/1550/1625/1650
Insertion LossdBTyp:0.7 ,Max:1.2
Return LossdBâ?¥50
CrosstalkdBâ?¥50
PDLdBâ?¤0.10
WDLdBâ?¤0.25
TDLdBâ?¤0.20
RepeatabilitydB�±0.05
Repeatability RateHz20
LifetimeCycleâ?¥109
Switch Timemsâ?¤5
Transmission PowermWâ?¤500
Operation Temperatureâ??-5ï½?+70
Storage Temperatureâ??-40ï½?+85
Switching typeLatching
Dimensionmm(L)26�(W)22�(H)9.4(±0.2)

The MEMS Latch Series 4x4 Fiber optic switch connects optical channels by redirecting

incoming optical signals into selected output fibers. This is achieved using a patent pending MEMS configuration and activated via an electrical control signal. It uniquely features rugged thermal activated micro-mirror movements instead of rotation, and latches to preserve the selected optical path after the drive signal has been removed.

This novel design significantly reduces packaging requirement, and simplifies driving electronics, offering unprecedented high stability as well as an unmatched low cost.

4X4 MEMS optical switch Features

â?¢High Reliability

â?¢Latching

â?¢Intrinsic tolerance to ESD

4X4 MEMS optical switch Applications

â?¢Channel Blocking

â?¢Configurable Add/Drop
â?¢System Monitoring

â?¢Instrumentation


â?? 4X4 MEMS optical switch Performance


ParametersMSW-4Ã?4
Wavelength Rangenm1260ï½?1620

Testing Wavelengthnm1310/1490/1550/1625/1650
Insertion LossdBTyp:1.2,Max:2.0
Return LossdBâ?¥50
CrosstalkdBâ?¥50
PDLdBâ?¤0.10
WDLdBâ?¤0.25
TDLdBâ?¤0.20
RepeatabilitydB�±0.05
Repeatability RateHz20
LifetimeCycleâ?¥109
Switch Timemsâ?¤5
Transmission PowermWâ?¤300
Operation Temperatureâ??-5ï½?+70
Storage Temperatureâ??-40ï½?+85
Switching typeLatching
Dimensionmm(L)38Ã?(W)38Ã?(H)7.5

The MM Series VOA is based on a proprietary micro-electro-mechanical mechanism

featuring compact design, simple construction, easy direct drive, and excellent optical performance. The MM series VOA is compliant with the Telcordia 1209 and 1221 reliability standards. The MM series VOA is available in either normally-open or normally-closed configurations and with an integrated tap option. The VOA is driven by applying an electrical voltage.

â??VOA MEMS optical switch Features
â?¢ Compact

â?¢ Low Cost

â?¢ High Reliability

â?¢ Low IL, PDL, WDL & TDL

â?¢ Low Power Consumption

â??VOA MEMS optical switch Application
â?¢ Power Control

â?¢ Power Regulate

â?¢ Channel Balance

â?¢ Instrumentation

â??VOA MEMS optical switch Performance

MM VOA Unit Typical
Wavelength nm 1310±50 / 1480±50 / 1550±50

Insertion Loss1 dB 0.8
Attenuation Range 30
Polarization Dependent Loss @10dB 0.15
@20dB 0.25
Wavelength Dependent Loss @10dB 0.20

@20dB 0.40
Temperature Dependent Loss @10dB 0.40
@20dB 0.80
Polarization Mode Dispersion ps 0.05
Return Loss 45
Response Time ms 5
Device Resistance ohm 100
Power Consumption3 mw 130
Optical Power Handling mw 500
Operating Temperature â?? -5~75
Storage Temperature â?? -40~85

Package Dimension mm See drawing below

MEMS OSW is based on micro-electro-mechanical system (MEMS) technology, which achieved low insertion loss and highly repeatability by rotating the mirror of MEMS chip.

MEMS OSW is mainly used in optical cross and connection (OXC) system, optical add/drop system, measure instrument system and optical signal monitoring system.

The products are Telcordia GR-1073-CORE qualified, and RoHS ompliant.


1x16 MEMS optical switch Features

â?¢ High Reliability

â?¢ Intrinsic tolerance to ESD

1x16 MEMS optical switch Applications

â?¢ Channel Blocking

â?¢ Configurable Add/Drop

â?¢ System Monitoring

â?¢ Instrumentation

â??1x16 MEMS optical switch Performance

ParametersUnitValue

Wavelengthnm1310/1550

Insertion LossWithout connectordBâ?¤1.0
Return LossdBâ?¥50

RepeatabilitydBâ?¤0.1
CrosstalkdBâ?¥50

Polarization Dependence LossdBâ?¤0.15
Wavelength Dependence LossdBâ?¤0.3

Temperature Dependence LossdBâ?¤0.3
Switch Timemsâ?¤30

Durabilitycycleâ?¥1x109
Maximum optical PowermWâ?¤500
Switch ModeNon-Latching
Power VoltageV5

Power ConsumptionmWâ?¤500
Operation Temperature°C-5~70

Storage Temperature°C-40~85
Dimensionmm(L)68x (W)30x(H)13

The MEMS Latch Series 2x2 Fiber optic switch connects optical channels by redirecting

incoming optical signals into selected output fibers. This is achieved using a patent pending MEMS configuration and activated via an electrical control signal. It uniquely features rugged thermal activated micro-mirror movements instead of rotation, and latches to preserve the selected optical path after the drive signal has been removed.

This novel design significantly reduces packaging requirement, and simplifies driving electronics, offering unprecedented high stability as well as an unmatched low cost.

2x2 MEMS optical switch Features

â?¢High Reliability

â?¢Latching

â?¢Intrinsic tolerance to ESD

2x2 MEMS optical switch Applications

â?¢ Channel Blocking

â?¢ System Monitoring

â?¢ Instrumentation


â??2x2 MEMS optical switch Performance


ParametersMSW-2Ã?2
Wavelength Rangenm1260ï½?1620

Testing Wavelengthnm1310/1490/1550/1625/1650
Insertion LossdBTyp:0.8 ,Max:1.2
Return LossdBâ?¥50
CrosstalkdBâ?¥50
PDLdBâ?¤0.10
WDLdBâ?¤0.25
TDLdBâ?¤0.20
RepeatabilitydB�±0.05
Repeatability RateHz20
LifetimeCycleâ?¥109
Switch Timemsâ?¤5
Transmission PowermWâ?¤500
Operation Temperatureâ??-5ï½?+70
Storage Temperatureâ??-40ï½?+85


Switching typeLatching

Optomax Digital Series Liquid Level Switches General Description
Optomax Digital liquid level switches are ideal for applications with restricted space that require a miniature, low power and low cost sensing solution.

The microcontroller based sensor is solid state, incorporating an infra-red LED and phototransistor which are optically coupled by the tip when the sensor is in air. When the sensing tip is immersed in liquid, the infra-red light escapes making the output change state. The sensor can detect the presence or absence of almost any liquid type; oil or water based. It is insensitive to ambient light and is not affected by foam when in air or by small bubbles when in liquid.

The TTL compatible push-pull output can sink and source up to 100mA at a supply voltage range of 4.5 to 15.4Vdc and can be configured to output a high or low signal when in either a wet or dry state. A fail-safe PWM option is also available with a supply voltage range of 4.5 to 5.5Vdc.

With housing options for internal or external sensor mounting and for use in two operating temperature ranges; Standard (-25 to 80'C) or Extended (-40 to 125'C).

Available in two chemically resistant housing materials, Polysulfone, the standard choice for most applications or Trogamid, which is typically used in food and beverage applications.

Optomax Digital Series Liquid Level Switches Features
* Liquid level switches that can detect almost any liquid type; oil or water based
* Choice of material; Polysulfone (standard) or Trogamid®
* Choice of threads and terminal connections

Optomax Digital Series Liquid Level Switches Benefits
* Low power
* Low cost
* Compact design

LLT600D3SH Optomax Digital Series Liquid Level Switches Technical Specifications
* Supply voltage: 4.5V DC to 15.4V DC
* Supply current: 2.5mA max. (Vs = 15.4V DC)
* Output sink and source current: 100mA
* Operating temperatures: -25'C to +80'Câ??
* Storage temperatures: -30'C to +85'C
* Housing material: Trogamid®
* Housing Type: 1/2" SAE

Polarization maintaining optical circulators for fiber optic applications. A first embodiment uses birefringent wedges and Faraday rotators in an inline configuration. The second embodiment utilizes a polarizing beam splitting cube and

Eagle 50 is the new medium-format digital printer of the Eagle line with a print area of 27.56" x 19.69" / 700x500mm and a maximum printing height of 9.84" / 250mm.


Unlike the larger Eagle models in the Eagle 50, the print bed moves to minimize the overall dimensions required to operate the machine.

Thanks to Hybrid technology, this industrial digital printer can print on materials like glass, metals, leather, and ceramic with high quality and holding.

The Eagle 50 color configurations are 2xCMYK or CMYK + W, as optional, it is possible to mount a suction table and the system for printing on round objects.

Like all Eagle printers, it is possible, on request, to study ad-hoc modifications to meet particular production needs or integration into automated printing lines.

The StarFire SG1024 / SA-2C is a compact, self-contained unit built to withstand demanding industrial textile and other applications. It uses field proven materials to deliver consistent output over a long service life with continuous ink recirculation and two-color operation at 200 dots-per-inch.

Used in
? WitColor Ultra Star 3302 ? GongZheng GZM1802
---

* Head StarFire ™ SG1024 / SA-2C is a full copy of the StarFire ™ SG1024 / SA, but is available in 2-channel configuration. That is why the number of independent channels - 2, and the total resolution of the head - 200, in contrast to the 1-channel, where these values ??correspond to 1 and 400, respectively.

* RediJet Technology - ink recirculation technology in the print head. This allows the use of ink with a "heavy" pigment ink is quick-drying. Thanks to the constant recirculation of ink increased stability of the nozzle, which in turn leads to an increase in productivity by reducing downtime for maintenance, as well as to reduce the flushing cycles and technological goals discharge ink.

* The number of GS levels determined by the system, the driver.

* There is a temperature sensor.

VersaDrop technology.

The amount of available non-volatile memory - 64 bytes.

Description:

The matrix optical switch module is a kind of optical path control device, which can be arbitrarily interconnected among multiple groups of input ports and multiple groups of output ports. Due to its advantages such as good environmental performance, it is mainly used in optical communication for cross-connection of backbone optical nodes, multi-dimensional online monitoring, etc.

Features:

Low insertion loss

Fast switching

Support half-cross/full-cross customization

Support input/output port power monitoring customization

High stability and high reliability

1. Produced with superior raw materials, the product can be used for a long time and stay bright and new.
2. The appearance is simple and elegant, fashionable atmosphere, and can be placed arbitrarily according to different display needs. It is currently widely used.
3. High-definition panel, good visual effect, content can be customized according to demand, can be used repeatedly.

1. Produced with superior raw materials, the product can be used for a long time and stay bright and new.
2. The appearance is simple and elegant, fashionable atmosphere, and can be placed arbitrarily according to different display needs. It is currently widely used.
3. High-definition panel, good visual effect, content can be customized according to demand, can be used repeatedly.

1. Produced with superior raw materials, the product can be used for a long time and stay bright and new.
2. The appearance is simple and elegant, fashionable atmosphere, and can be placed arbitrarily according to different display needs. It is currently widely used.
3. High-definition panel, good visual effect, content can be customized according to demand, can be used repeatedly.

Uses: Widely used in membrane switches, instrument switches, brackets, commercial and communication equipment, POP display panels, medical diagnostic equipment, automotive instruments, etc.

PC film (also called polycarbonate film, because the thickness is relatively thin, generally called film or sheet below 1.0mm, generally called pc board above 1.0): PC film thickness is between 0.125 and 1.0, with smooth and frosted , There are coils and sheets. There are sheets and coils. The sheets are one by one. The coil has a certain width and a length of several hundred meters. The general thickness is: 0.125, 0.175, 0.2, 0.25, 0.3, 0.375, 0.5, 0.7, 0.8, 1.0. Among them, 0.125, 0.175, 0.2, 0.25, 0.3, 0.375, etc. are mainly coiled materials, while other thicknesses are mainly sheet materials

ELPLP91 Compatible Lamp Module brightness reaches 90% of the original lamp

VGA male/female plug to screw terminal block
Sample order acceptable

3 Use the motherboard USB 3.1 front (Type-E) port expansion, experience the USB Type-C interface brings positive and negative plugging, 10Gbps high-speed transmission, 100W power supply, and other functions.

4 USB 3.1 Type-E to Type-C cable, using 16-core USB3.1 cable, 4 sets of high-speed signal lines use silver-plated material to reduce conductor impedance, making data transmission faster; shielding layer is wound with tin-plated copper wire The technology reaches the complete shielding standard and the data transmission is stable and efficient.

1. Using the USB 3.1 TYPE-E port of the motherboard to Type-C Male, 10Gbps high-speed transmission, 100W power supply, and other functions.

2. According to the standard developed by the USB association, Using 16 core USB 3.1 connection lines and 4 sets of high-speed signal lines, the speed of data transmission is faster. The shielding layer uses the winding process of tin-coated copper wire to achieve the standard of complete shielding and stable and efficient data transmission.

Electromagnetic interference shielding covers the cable with conductive or magnetic materials to guard against incoming or outgoing emissions of electromagnetic frequencies, minimizing disturbance and degradation on performance.