Product Overview
The H1102FNLTP is a 10/100M Single Port Transformer Module designed for Ethernet applications. It is compatible with various 10/100 Base-TX transceivers requiring a 1:1 transmit and receive turns ratio and complies with the IEEE 802.3at standard, including baseline wander compensation. This low-profile, surface-mount module is suitable for Hi-Temp Reflow Processes and features a single channel interface with Common Mode Chokes (CMCs) tuned to enhance EMC system performance. It supports end-span and mid-span POE+ applications with a 720mA current capability per POE port. The module operates within a temperature range of -40 to +85.
Product Attributes
- Brand: CND-tek
- Model: H1102FNLTP
- Type: 10/100M Single Port Transformer Module
- Packaging: Surface Mount
- Compliance: IEEE 802.3at standard
- POE+ Capability: 720mA Current Capability Per POE Port
Technical Specifications
| Specification | Value |
|---|---|
| Units/Reel | 600 PCS |
| Reel/Carton | 5 PCS |
| Units/Carton | 3000 PCS |
| Export Carton Dimensions (LxWxH) | 367mm x 337mm x 235mm |
| OCL (Open Circuit Inductance) | 350 H Min. @ 100 KHz, 0.1V with 8mA DC Bias |
| Leakage Inductance | 0.5 H Max. @ 100KHz, 0.1V |
| Cw/w (Interwinding Capacitance) | 28pF Max. @ 100KHz, 0.1V |
| DCR (DC Resistance) | 1.00 Max. |
| Turns Ratio | 1CT:1CT |
| Primary Pins | 1-16 |
| Secondary Pins | 6-11 |
| Polarity | In-Phase |
| Insertion Loss | -1.1 dB Max. @ 0.1-100MHz |
| Return Loss (1-30 MHz) | -16dB Min. |
| Return Loss (30-60 MHz) | -10+20*log10 (f/60)dB Min. |
| Return Loss (60-80 MHz) | -10dB Min. |
| Common Mode Rejection (1-30 MHz) | -35dB Min. |
| Common Mode Rejection (60-100 MHz) | -30dB Min. |
| Isolation (30 MHz) | -42dB Min. |
| Isolation (60 MHz) | -37dB Min. |
| Isolation (100 MHz) | -30dB Min. |
| HI-POT (High Potential Test) | 1500Vrms, 1mA, 60 Seconds |
| Operating Temperature Range | -40 TO +85 |
| Storage Temperature Range | -40 TO +125 |
| Dimensions Tolerance | 0.15mm (Unless otherwise specified) |
2504140945_CND-tek-H1102FNLTP-CND_C47575009.pdf
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