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Home > Products > LINK-PP Magjacks > LPJD0713BENL Vertical RJ45 1x1 Connector with 1000 Base-T Integrated Magnetics

LPJD0713BENL Vertical RJ45 1x1 Connector with 1000 Base-T Integrated Magnetics

Product Details

Place of Origin: China

Brand Name: LINK-PP

Certification: UL,ROHS,Reach,ISO

Model Number: LPJD0713BENL

Document: LPJD0713BENL.pdf

Payment & Shipping Terms

Minimum Order Quantity: Free Samples Support

Price: $0.35-$0.7

Packaging Details: Tape & Reel

Delivery Time: 3-5 days

Payment Terms: L/C,D/A,D/P,T/T

Supply Ability: 5KK/Month

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Highlight:

Vertical RJ45 Magjack

,

1000BASE-T Magjack with LED

,

Vertical RJ45 1x1 Connector

Part No.:
LPJD0713BENL
Number Of Ports:
1X1
Latch:
Up
Data Rate:
1000Base-T
PoE:
Non
LED Option:
With
EMl Tabs:
Without
Mounting Type:
THT
Solder Type:
Wave
Operating Temperature Range:
0°C To +70°C
Part No.:
LPJD0713BENL
Number Of Ports:
1X1
Latch:
Up
Data Rate:
1000Base-T
PoE:
Non
LED Option:
With
EMl Tabs:
Without
Mounting Type:
THT
Solder Type:
Wave
Operating Temperature Range:
0°C To +70°C
LPJD0713BENL Vertical RJ45 1x1 Connector with 1000 Base-T Integrated Magnetics
 

The LINK-PP LPJD0713BENL is an industrial-grade, single-port (1x1) vertical (top-entry / 180° straight) Gigabit Ethernet (1000BASE-T) RJ45 Integrated Connector Module (ICM / Magjack). Designed specifically for space-constrained carrier boards, blade servers, test instrumentation, and DIN-rail industrial PCs where top-access cable mating is required, it integrates 1CT:1CT magnetic isolation transformers, primary-side filtering capacitors, an internal Bob Smith termination network, a metal EMI shield, and dual status LEDs into a compact through-hole profile.

 


 

Quick Specifications Matrix (At-a-Glance)

 

Parameter Specification Engineering Benefit
Connector Orientation Vertical / Top-Entry (180° Straight) Saves PCB edge space; enables direct top-panel cable insertion
Ethernet Speed 1000BASE-T (Gigabit Ethernet) Full-duplex gigabit compliance per IEEE 802.3
Turns Ratio 1CT : 1CT ±5% Symmetrical 1:1 ratio compatible with major Gigabit PHYs
Open Circuit Inductance (OCL) 350 µH Min. (@ 100 kHz, 0.1 V, 8 mA DC Bias) Prevents core saturation under direct DC unbalance currents
Dielectric Isolation (Hipot) 1500 Vrms Min. (PHY Side to Line Side) High-voltage transient protection between system and cable
Primary-Side Filtering Built-in 4× 0.01 µF Decoupling Capacitors Integrated AC ground path; reduces external discrete capacitor count
Cable-Side Termination Integrated Bob Smith (4× 75 Ω + 1000 pF / 2 kV) Dampens common-mode cable reflections directly to outer shield
Left LED Single-Color: Green (565 nm) Dedicated Link / Connection status indicator (Pins 13+/14-)
Right LED Single-Color: Yellow (585 nm) Dedicated Activity / Data transfer indicator (Pins 11+/12-)
Mechanical Height 22.0 ± 0.35 mm Total Height Standardized profile for vertical modular board-to-panel mating

 


 

Electrical Performance Specifications (@ 25 °C)

 

Parameter Test Condition Specification Limit
Turns Ratio 100 kHz, 0.1 V 1CT : 1CT ±5%
Open Circuit Inductance (OCL) 100 kHz, 0.1 V, 8 mA DC Bias 350 µH Min.
Insertion Loss 1 ~ 100 MHz -1.2 dB Max.
Return Loss (100 Ω Load) 1 ~ 30 MHz -16.0 dB Min.
Return Loss (100 Ω Load) 30 ~ 60 MHz -12.0 dB Min.
Return Loss (100 Ω Load) 60 ~ 80 MHz -10.0 dB Min.
Return Loss (100 Ω Load) 80 ~ 100 MHz -8.0 dB Min.
Cross Talk (Near-End) 1 ~ 100 MHz -30.0 dB Min.
Common Mode Rejection (CMR) 1 ~ 100 MHz -30.0 dB Min.
Isolation Voltage (Hipot) 60 Seconds (PHY Side to Line Side) 1500 Vrms Min.
Operating Temperature Range Continuous Ambient 0°C to +70°C

 


 

LPJD0713BENL Vertical RJ45 Connector Datasheet - Mechanical and Schematic:

 

LPJD0713BENL RJ45 1x1 Connector Datasheet-Mechanical

 

LPJD0713BENL Vertical RJ45 Connector Datasheet-Schematic

 

 


 

Mechanical Dimensions, Material Specifications & Wave Soldering

 

1. Physical Dimensions

 

  • Total Height Above PCB: 22.0 ± 0.35 mm (0.866 ± 0.014 in)
  • Body Width: 16.15 ± 0.35 mm (0.636 ± 0.014 in)
  • Body Depth / Length: 16.70 ± 0.35 mm (0.657 ± 0.014 in)
  • Signal Pin Length (P1–P10): 4.00 ± 0.35 mm
  • Shield Ground Post Length: 3.50 ± 0.35 mm

 

2. Material Composition

 

  • Connector Housing: Thermoplastic PBT reinforced with 30% glass fiber, flame retardant, UL94V-0 rated.
  • Contact Terminals: Phosphor Bronze C5210R-EH, 0.35 mm thickness.
  • Contact Mating Area Plating: 6 μin (0.15 μm) minimum gold plating over nickel underplate.
  • Solder Pins: Brass C2680R-H, 0.35 mm thickness, 100% matte tin over nickel.
  • Metallic Shield: Stainless Steel SUS 304-1/2H, 0.20 mm thickness.

 

3. Wave Soldering Parameters

 

  • Soldering Process: Compatible with standard lead-free (Pb-free) wave soldering machines.
  • Solder Tip Temperature: 250°C maximum.
  • Maximum Dwell Time: 5 seconds maximum.

 


 

Internal Schematic & Signal Pin Assignment

 

The LPJD0713BENL maps 4 full Gigabit differential pairs with integrated magnetic coupling, internal primary decoupling, and high-voltage line-side ESD/common-mode return paths.

 
 
PHY SIDE (PCB CONNECTIONS)                         LINE SIDE (RJ45 CONNECTOR)
  TD0+ (Pin 1) ───┐       ┌─── 0.01uF ─── VCC (Pin 9)
                  ) 1CT   ( 1CT
  TD0- (Pin 2) ───┴───────┴─── 75 Ω ─────┐
                                         │
  TD1+ (Pin 3) ───┐       ┌─── 0.01uF ───┤
                  ) 1CT   ( 1CT          │
  TD1- (Pin 6) ───┴───────┴─── 75 Ω ─────┼──── J1 (MX0+) / J2 (MX0-)
                                         │──── J3 (MX1+) / J6 (MX1-)
  TD2+ (Pin 4) ───┐       ┌─── 0.01uF ───┤──── J4 (MX2+) / J5 (MX2-)
                  ) 1CT   ( 1CT          │──── J7 (MX3+) / J8 (MX3-)
  TD2- (Pin 5) ───┴───────┴─── 75 Ω ─────┤
                                         │
  TD3+ (Pin 7) ───┐       ┌─── 0.01uF ───┘
                  ) 1CT   ( 1CT          │
  TD3- (Pin 8) ───┴───────┴─── 75 Ω ─────┘
                                         │
                             SHIELD ─────┴── 1000 pF / 2 kV High-Voltage Cap

 

Signal Pin Mapping Reference

 

Pin # Pin Name Direction Signal Type / Function RJ45 Mating Contact
P1 TD0+ Input/Output Differential Pair 0 Positive J1 (MX0+)
P2 TD0- Input/Output Differential Pair 0 Negative J2 (MX0-)
P3 TD1+ Input/Output Differential Pair 1 Positive J3 (MX1+)
P6 TD1- Input/Output Differential Pair 1 Negative J6 (MX1-)
P4 TD2+ Input/Output Differential Pair 2 Positive J4 (MX2+)
P5 TD2- Input/Output Differential Pair 2 Negative J5 (MX2-)
P7 TD3+ Input/Output Differential Pair 3 Positive J7 (MX3+)
P8 TD3- Input/Output Differential Pair 3 Negative J8 (MX3-)
P9 VCC Power / Bias Primary Center-Tap Bus Coupling (4× 0.01 µF) Internal bus to PHY supply
P10 GND Ground Primary Decoupling Reference Ground System Digital Ground

 


 

Frequently Asked Questions

 

Q1: What are the main design advantages of using a vertical RJ45 connector like LPJD0713BENL?

Answer: The vertical (top-entry / 180°) orientation allows Ethernet cables to mate perpendicular to the circuit board. This eliminates cable bending radii along the board edge, saves valuable peripheral PCB perimeter real estate, and allows easy top-panel access in compact DIN-rail modules, high-density server blades, and enclosed embedded instrumentation.

 

Q2: How are the center taps connected inside the LPJD0713BENL?

Answer: The LPJD0713BENL includes four integrated 0.01 μF primary-side capacitors connected between the transformer center taps and Pin 9 (VCC), with Pin 10 providing a ground reference (GND). On the line side, it features an integrated Bob Smith termination network comprising four 75 Ω resistors and a 1000 pF / 2 kV capacitor shunted to the connector's metal shield for superior common-mode noise rejection.

 

Q3: What are the LED pinouts and drive voltages for LPJD0713BENL?

Answer: The connector features two dedicated single-color LEDs:

 

  • Left LED (Green): Pin 13 is the Anode (+), Pin 14 is the Cathode (-). Peak wavelength: 565 nm.
  • Right LED (Yellow): Pin 11 is the Anode (+), Pin 12 is the Cathode (-). Peak wavelength: 585 nm.
  • Forward Voltage (VF): 1.8 V to 2.6 V at a standard forward current of 20 mA.

 

Q4: Can LPJD0713BENL withstand standard industrial wave soldering?

Answer: Yes. The housing is molded from high-temperature thermoplastic PBT with 30% glass fiber reinforcement and is rated UL94V-0. It is rated to withstand wave soldering temperatures up to 250°C for up to 5 seconds without mechanical distortion or degradation of internal magnetic wire insulation.