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Home > products > PoE LAN Transformer > Dual Port HG2PM109N LF Discrete LAN Magnetics DIP Package

Dual Port HG2PM109N LF Discrete LAN Magnetics DIP Package

Product Details

Place of Origin: Guangdong, China

Brand Name: LINK-PP

Certification: UL,ISO,ROHS,REACH

Model Number: HG2PM109N LF

Payment & Shipping Terms

Minimum Order Quantity: 18/864pcs

Price: $0.9-$2.2

Packaging Details: Tube

Delivery Time: 5-10 working days

Payment Terms: TT,NET30/60/90 Days

Supply Ability: 5KK/Month

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Highlight:

HG2PM109N LF

,

1000 BASE-T LAN Magnetics

,

1G LINK-PP Magnetics

Part Number:
HG2PM109N LF
Ports:
Dual
Data Rate:
1G
PoE Rating:
IEEE 802.3 Ab
Operating Temperature Range:
0℃ To +70℃
RoHS:
RoHS-certified
Part Number:
HG2PM109N LF
Ports:
Dual
Data Rate:
1G
PoE Rating:
IEEE 802.3 Ab
Operating Temperature Range:
0℃ To +70℃
RoHS:
RoHS-certified
Dual Port HG2PM109N LF Discrete LAN Magnetics DIP Package

Features of HG2PM109N LF Transformer Module:

  1. Complying with IEEE 802.3ab standard for 1000BASE-T, full duplex applications.
  2. Supports 8 pairs of category 5 UTP cable.
  3. Cable interface for isolation and low common mode emissions.
  4. Complying with IEEE 802.3at standard for 1000 BASE-T.
  5. Designed for Ethernet 10/100 BASE-T, full duplex applications.
  6. Suitable for End-span POE applications with 720mA current capability.
  7. Compliance with ROHS requirements.
  8. Operating temperature range: 0℃ to +70℃.
  9. Storage temperature range: -25℃ to +105℃.

 

HG2PM109N LF Schematics:

Dual Port HG2PM109N LF Discrete LAN Magnetics DIP Package 0

 

Electrical Specifications @ 25℃:

 

Part Number HG2PM109N LF
Turns Ratio (±5%)

TX=1CT:1CT

RX=1CT:1CT

OCL 350uH Min @ 100KHz/0.1V with 8mA DC Bias
L.L 0.5uH Max
Cw/w 28pF Max
DCR 1.2Ω Max
HI-POT AC1500V/1mA
Insertion Loss 1-100MHz= -1.odB Max
Return Loss @Load 100Ω

1-30MHz = -18dB Min
40MHz = -16dB Min

50MHz = -14.08dB Min
60-80MHz = -12.5dB Min

100MHz = -10dB Min

Cross talk

30MHz = -40dB Min

60MHz = -35dB Min

100MHz = -30dB Min

DCMR

30MHz = -43dB Min

60MHz = -37dB Min

100MHz = -33dB Min