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Specifications
Isolation Voltage(Vrms):
1.5kV
Inductance:
350uH
Operating Temperature:
0℃~+70℃
Turns Ratio:
1:1
rate:
1000M
Mfr. Part #:
G3601D
Package:
DIP-36,32.5x8.3mm
Key Attributes
Model Number:
G3601D
Product Description
Product Overview
The EN G3601D is a 100/1000M Dual Port Transformer Module designed for long-haul Gigabit Ethernet 1000 Base-T, full duplex applications. It supports four pairs of category 5 UTP cable, providing isolation and low common mode emissions for the cable interface. This module is compliant with the IEEE 802.3ab standard.
Product Attributes
- Brand: CND-tek
- Model: G3601D
- Design for: Gigabit Ethernet 1000 Base-T, full duplex applications
- Cable Support: Category 5 UTP cable (four pairs)
- Compliance: IEEE 802.3ab standard
- Operating Temperature Range: 0 TO +70
- Storage Temperature Range: -25 TO +125
Technical Specifications
| Specification | Value | Conditions |
|---|---|---|
| OCL | 350 H Min. | @ 100 KHz, 100mV with 8mA DC Bias |
| Leakage Inductance | 0.5 H Max. | @ 100KHz, 0.1V |
| Cw/w | 112pF Max. | @ 100KHz, 0.1V |
| DCR | 1.20 Max. | |
| Turns Ratio | 1CT:1(TX), 1CT:1(RX) | (5%) |
| Polarity | 1-36, 3-34, 5-32, 7-30, 10-27, 12-25, 14-23, 16-21 | In-Phase |
| Insertion Loss | -1.1 dB Max. (TX & RX) | @ 1-100 MHz |
| Return Loss | -18 dB Min | @ 0.5-30MHz |
| -15 dB Min | @ 40 MHz | |
| -13 dB Min | @ 60 MHz | |
| -11 dB Min | @ 80 MHz | |
| -10 dB Min. | @ 100 MHz | |
| Cross Talk | -45 dB Min. | @ 30 MHz |
| -40 dB Min. | @ 60 MHz | |
| -35 dB Min. | @ 100 MHz | |
| Common Mode Rejection | -43 dB Min. | @ 1-30 MHz |
| -37 dB Min. | @ 60 MHz | |
| -33 dB Min. | @ 80-100 MHz | |
| Isolation HI-POT | 1500Vrms | 1mA, 3 Seconds |
| Dimensions (L x W x H) | 32.50 x 12.00 x 8.30 mm | (0.25mm tolerance) |
| Pin Pitch | 3.00 mm | (0.25mm tolerance) |
| Body Width | 18.00 mm | |
| Body Length | 30.26 mm | |
| Pin Length | 4.80 mm | |
| Reel Units | 15 PCS | per reel |
| Carton Reels | 120 PCS | per carton |
| Total Units per Carton | 1800 PCS |
2410141439_CND-tek-G3601D_C408883.pdf
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