Product Details
Place of Origin: China
Brand Name: LINK-PP
Certification: UL,ROHS,Reach,ISO
Model Number: 0826-1X1T-23-F
Document: LPJK0071AONL.pdf
Payment & Shipping Terms
Minimum Order Quantity: 50/500/1000
Price: Supportive
Packaging Details: 50pcs/tray,1200pcs/carton
Delivery Time: in Stock Ship within 3 days
Payment Terms: TT,NET30/60/90 Days
Supply Ability: 4600K.PCS/Month
Part Number: |
0826-1X1T-23-F |
Number Of Positions/Contacts: |
12P8C (RJ45, Ethernet) |
PoE: |
Non PoE |
Speed: |
10/100/1000 Base-T |
Shield EMI Tabs: |
With |
LED Option: |
Green/Green |
Port Configuration: |
1×1 |
Ethernet Speed: |
1000BASE-T |
Connector Type: |
RJ45 With Integrated Magnetics |
Cross P/N: |
LPJK0071AONL |
Part Number: |
0826-1X1T-23-F |
Number Of Positions/Contacts: |
12P8C (RJ45, Ethernet) |
PoE: |
Non PoE |
Speed: |
10/100/1000 Base-T |
Shield EMI Tabs: |
With |
LED Option: |
Green/Green |
Port Configuration: |
1×1 |
Ethernet Speed: |
1000BASE-T |
Connector Type: |
RJ45 With Integrated Magnetics |
Cross P/N: |
LPJK0071AONL |
The 0826-1X1T-23-F is a high-performance 1x1 single-port 1000BASE-T Gigabit Ethernet MagJack Integrated Connector Module (ICM) engineered by Bel Fuse. Combining high-reliability isolation magnetics, common-mode chokes, and a ruggedized standard-profile RJ45 connector into a single integrated component, the 0826-1X1T-23-F significantly reduces PCB space requirements while improving Electro-Magnetic Interference (EMI) suppression.
Featuring a Tab-Up mechanical orientation, integrated Orange-Green / Yellow (OG/Y) status LEDs, and extended EMI ground tabs, this through-hole mounted connector is designed for commercial-grade (-0°C to +70°C) networking equipment, embedded single-board computers (SBCs), industrial automation systems, and enterprise routers requiring compliant IEEE 802.3ab signal integrity.
| Parameter | Test Condition | Specification |
|---|---|---|
| Turns Ratio | TP1 | 1CT : 1CT ±2% |
| TP2 | 1CT : 1CT ±2% | |
| TP3 | 1CT : 1CT ±2% | |
| TP4 | 1CT : 1CT ±2% | |
| OCL (Open Circuit Inductance) | @100 kHz / 100 mVRMS, 8 mA DC Bias | 350 μH MIN |
| Insertion Loss | 0.1 MHz – 1 MHz | -1.1 dB MAX |
| 1 MHz – 65 MHz | -0.5 dB MAX | |
| 65 MHz – 100 MHz | -0.8 dB MAX | |
| 100 MHz – 125 MHz | -1.2 dB MAX | |
| Return Loss (MIN) | 0.5 MHz – 40 MHz | -18 dB |
| 40 MHz – 100 MHz | -12 + 20LOG(f/80MHz) dB | |
| CM to CM Rejection | 100 kHz – 100 MHz | -30 dB MIN |
| CM to DM Rejection | 100 kHz – 100 MHz | -35 dB MIN |
| Hi-Pot / Isolation Voltage | — | 1500 Vrms |
| Compliance | — | 100% production tested per IEEE 802.3 isolation requirements |
● Integrated Magnetic Topology for Superior Signal Integrity
By housing the ethernet transformer, common mode chokes, and isolation capacitors internally, the 0826-1X1T-23-F eliminates signal trace degradation and impedance mismatches between standard discrete transformers and the physical layer (PHY) transceiver.
● Advanced EMI Mitigation (Top & Side Shielding Tabs)
Equipped with robust outer metal shielding and specialized EMI spring tabs, this ICM establishes a low-impedance ground path to the chassis panel cutout, effectively suppressing radiated electromagnetic emission and enhancing ESD surge resilience.
● Space-Saving Single-Port Tab-Up Footprint
The 1x1 Tab-Up configuration offers optimal physical clearance on dense PCB assemblies, allowing smooth cable release access and simplified routing to PHY chips on standard board layouts.
● Dual Status Indicators (OG/Y LEDs)
Integrated bi-color Orange/Green and solid Yellow LEDs provide immediate, clear physical diagnostics for Network Link Speed and Activity Status directly at the port interface without requiring external light pipes.
(Please refer to the complete engineering PDF for standard pin spacing, panel cutout dimensions, and recommended PCB layout patterns.)
Download Engineering Resource:
📄 0826-1X1T-23-F (LPJK0071AONL.pdf)Drawing & PCB Layout Diagram (PDF)
Soldering Recommendation: Suitable for wave soldering. Suggested peak wave soldering condition: 260°C max, 10 seconds max
The 0826-1X1T-23-F is engineered for reliable deployment across diverse high-speed communication hardware:
| Manufacturer Part No. | Equivalent LINK-PP Part No. |
|---|---|
| 0817-1A1T-11-F / JH1026A7R | LPJ1026AGNL |
| 0821-1X1T-36-F / 08211X1T36-F | LPJU3401AONL |
| 0826-1AX1-47-F | LPJK0066BHNL |
| 0826-1C4T-23-F1 | LPJK0071A4NL |
| 0826-1D1T-23-F | LPJK0071AGNL |
| 0826-1G1T-23-F | LPJK4071AWNL |
| 0826-1G1T-32-F | LPJK4036AWNL |
| 0826-1G1T-43-F | LPJK0036AWNL |
| 0826-1K1T-23-F | LPJK0071AINL |
| 0826-1L1T-57-F | LPJK1014A8NL |
| 0826-1X1T-1-F | LPJK2065AONL |
| 0826-1X1T-23-F | LPJK0071AONL |
| 0826-1X1T-43-F | LPJK0036A0NL |
| 0826-1X1T-57 | LPJK0013AONL |
| 0826-1X1T-80 | LPJK1046AONL |
| 0826-1X1T-80-F | LPJK1046AONL |
| 0826-1X1T-AC-F | LPJK2065AONL |
| 0826-1X1T-AD-F | LPJK0043AONL |
A: The 0826-1X1T-23-F is an Integrated Connector Module (ICM). Unlike a standard RJ45 jack which requires separate external Ethernet magnetic transformers on the PCB, the 0826-1X1T-23-F integrates signal isolation magnetics and common-mode filtering directly inside the metal housing. This saves PCB real estate, improves EMI performance, and simplifies board routing.
A: No. The 0826-1X1T-23-F is designed specifically as a Non-PoE 1000BASE-T connector. Passing high DC current required for PoE through its non-PoE rated internal transformer coils may cause magnetic saturation or permanent thermal damage. For PoE requirements, please consult our PoE-rated MagJack® series.
A: "Tab Up" refers to the orientation of the mechanical latching mechanism on the RJ45 port. On a "Tab Up" component like the 0826-1X1T-23-F, the locking plastic clip of the RJ45 cable inserts facing upwards relative to the mounting surface of the PCB. This is critical when matching your enclosure design and panel cutout limits.
A: The standard operating temperature range for 0826-1X1T-23-F is 0°C to +70°C, making it ideal for indoor commercial environments and standard industrial enclosures. For extreme outdoor operations (-40°C to +85°C), an industrial-grade wide-temperature ICM should be selected.
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