ADSL LINE Network Lan Transformer Modules HN22088G
| ADSL LINE Network Lan Transformer Modules HN22088G |
| Mingtek Part Number | HN22088G |
| Speed | - |
| Number of Ports | Single Port |
| Application - LAN | ETHERNET (NoN PoE ) |
| Package | SMT |
| Temperature | 0 TO 70℃ |
| AutomDX | YES |
| Comment | SAME AS NL VERSION |
| Configuration RX/TX | C,T,S |
| Pin Number | 10 |
| Construction | OPEN FRAME |
| Cores Per Port | 2 |
| Package Height (mm) | 12.07 |
| Package Length (mm) | 17.16 |
| Package Width (mm) | 13.11 |
| Turns Ratio RX | 1CT:1CT |
| Turns Ratio TX | 1CT:1CT |
Why Choose Us
World’s Leader Supplier Of Integrated RJ45 Connector And Discrete
Magnetic Transformers
100% Guarantee Qualtiy
• Manufactured Under Strict Controls.
• 100% Tested (Not Just Batch Tested)
• LINK-PP Is OEM Of TE (Tyco) For 9 Years
• Successful Customer: Texas Instruments Samsung Cisco Siemens And
Intel…
• LINK-PP Is The Preferred Supplier Of TI (Texas Instruments)
• Quality Guarantee:6 Years
Competitive Price And Service
• More Competitive Price Than Pulse Tyco Halo And Amphenol
• Free Samples Are Available
• Provide New Design For Customer Requirements
• 90% Off Shipping Cost By DHL UPS DEDEX Or TNT
• Delivery Time:2-3 Weeks After Orders
Professional Certification
• ISO 9001:2008
• UL Certification
• Reach Cetitifaction
• RoHS Compliance
• Active Environmental Policy
Discrete LAN Magnetics
Discrete LAN Magnetics product line consists of a broad range of
magnetic-based solutions designed for use in high-speed computer
and networking applications. Bel’s portfolio of single, dual and
quad SMT modules are compatible with IEEE 802.3 Ethernet standards
for 10/100, 1G, 2.5G, 5G and 10GBaseT transmission. Product
development will continue to focus on devices compatible with the
bandwidth required to support the convergence of voice/video/ data
networking, high-performance computing, and storage traffic within
the enterprise space and data centers.
Main Constructional Parts of Transformer
The three main parts of a transformer are,
Primary Winding of Transformer
Which produces magnetic flux when it is connected to electrical
source.
Magnetic Core of Transformer
The magnetic flux produced by the primary winding, that will pass
through this low reluctance path linked with secondary winding and
create a closed magnetic circuit.
Secondary Winding of Transformer
The flux, produced by primary winding, passes through the core,
will link with the secondary winding. This winding also wounds on
the same core and gives the desired output of the transformer.
