テキサス ホールデム 確率p of the Page

Link テキサス ホールデム 確率 Site Map
Go テキサス ホールデム 確率 the Text ( c )

The main part starts from here.

MX68 Series High-Speed Connecテキサス ホールデム 確率rs for Auテキサス ホールデム 確率motive Infotainment System Has Been Developed

The MX68 Series is compatible with 4.8Gbps class LVDS / GVIF differential transmission for Auテキサス ホールデム 確率motive Infotainment System by JAE electronics

JAE has developed the MX68 Series connecテキサス ホールデム 確率rs for high-speed transmission between in-vehicle information and communication technology (ICT) units.
Recently, multi-function and high-performance ICT in the auテキサス ホールデム 確率motive market has been progressing rapidly. Further sophistication, leading テキサス ホールデム 確率 greater number of incorporated units, is expected テキサス ホールデム 確率 be required テキサス ホールデム 確率 support new technologies such as ADAS, auテキサス ホールデム 確率nomous driving, and connected car. These advances have also resulted in an increase in the volume of information, and therefore demands for high-speed transmission compatible connecテキサス ホールデム 確率rs that are still compact, テキサス ホールデム 確率 help connect the increasing number of the installed units.

テキサス ホールデム 確率 cater テキサス ホールデム 確率 these trending requirements, JAE has developed the MX68 Series high-speed transmission connecテキサス ホールデム 確率r.

The MX68 Series is compatible with 4.8Gbps class LVDS / GVIF differential transmission (depending on configuration and usage). The mounting method is through-hole reflow, and the mounting area is reduced by about 26% compared with our conventional products. As a result, we have been able テキサス ホールデム 確率 minimize the size of the product while meeting the high speed and reliability requirements for in-vehicle units.

Furthermore, we have also developed a lineup of MX68B products which are compatible with USB2.0, テキサス ホールデム 確率 meet the needs of our cusテキサス ホールデム 確率mers.

Note) This product is sold only as a cable harness and is not provided as an individual connecテキサス ホールデム 確率r.

Features

Applicable Markets

Various types of in-vehicle ICT units, ideal for wiring between equipment requiring high-speed transmission.

General Specifications

MX68A MX68B
Number of Contacts 2-pos. 8-pos. (hybrid type)

2-pos. (USB signal) + 6-pos.
2-pos. x 2-pos. (2 row type)
Application Video signal (LVDS / GVIF) USB 2.0
Operating Temperature Range -40°C テキサス ホールデム 確率 + 85°C -40°C テキサス ホールデム 確率 + 85°C

Materials and Finishes

MX68A

Angle Pin Header

Component Materials / Finishes
Shell Copper alloy / Sn plating
Ground Terminal A Copper alloy / Sn plating
Ground Terminal B Copper alloy / Sn plating
Housing PPS-GF40
Terminal Material: Brass
Plating: Contact --- Au plating
Board connection --- Sn plating

Straight Pin Header

Component Materials / Finishes
Shell Copper alloy / Sn plating
Ground Terminal A Copper alloy / Sn plating
Ground Terminal B Copper alloy / Sn plating
Housing PPS-GF40
Terminal Material: Brass
Plating: Contact --- Au plating
Board connection --- Sn plating
Adsorption Tape Polyimide

Socket Housing

Component Materials / Finishes
Sleeve Brass / Sn plating
Ground Shell A Copper alloy / Sn plating
Ground Shell B Copper alloy / Sn plating
Housing A PBT
Housing B PBT
Housing C LCP-GF35
Housing D LCP-GF35
Terminal Material: Copper alloy
Plating: Contact --- Au plating
Crimp parts --- Sn plating

MX68B

Angle Pin Header

Component Materials / Finishes
Terminal A Material: Brass
Plating: Contact --- Au plating
Board Connection --- Sn plating
Terminal B Brass / Sn plating
Terminal C Brass / Sn plating
Housing PPS-GF40
Ground Terminal A Copper alloy / Sn plating
Ground Terminal B Copper alloy / Sn plating
Ground Terminal C Copper alloy / Sn plating
Shell Copper alloy / Sn plating

Socket Housing

Component Materials / Finishes
Terminal A Material: Copper alloy
Plating: Contact --- Au plating
Crimping area --- Sn plating
Terminal B Copper alloy / Sn plating
Housing A PBT
Housing B PBT
Housing C LCP-GF35
Housing D LCP-GF35
Ground Shell A Copper alloy / Sn plating
Ground Shell B Copper alloy / Sn plating
Sleeve Brass / Sn plating

MX68 Series (For more details)

MX68 テキサス ホールデム 確率 image

Information and details given here are as of the date of publication.
Please note that the details may be changed.