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> 製品 > LINK-PPトランシーバー > L9-FC315501-60PPC 1x9 TTL to Fiber Optical Transceiver 155Mbps 60km

L9-FC315501-60PPC 1x9 TTL to Fiber Optical Transceiver 155Mbps 60km

プロダクト細部

起源の場所: 広東省、中国

ブランド名: LINK-PP

証明: UL,RoHS,Reach,ISO

モデル番号: L9-FC3155​​01-60PPC

支払及び船積みの言葉

最小注文数量: 50/500/1000/25K

価格: 12.98USD/PCS

パッケージの詳細: T&R

受渡し時間: 3日以内に株式船で

支払条件: L/C、D/A、D/P、T/T、ウェスタンユニオン

供給の能力: 5kk/月

最もよい価格を得なさい
ハイライト:

1x9 Optical Transceiver

,

60km TTL Optical Transceiver

,

155Mbps 1x9 Transceiver

オプティカルインターフェース:
fcのコネクター
電気インターフェイス:
TTLロジック
距離:
≤60km
フォームファクター:
1x9
データレート:
100M/155M
波長:
1550nm TX / 1310nm RX
オプティカルインターフェース:
fcのコネクター
電気インターフェイス:
TTLロジック
距離:
≤60km
フォームファクター:
1x9
データレート:
100M/155M
波長:
1550nm TX / 1310nm RX
L9-FC315501-60PPC 1x9 TTL to Fiber Optical Transceiver 155Mbps 60km
L9-FC315501-60PPC 1x9 TTL to Fiber Optical Transceiver 155Mbps 60km
Product Overview

The L9-FC315501-60PPC is a high-performance 1x9 TTL optical transceiver module designed for long-distance fiber optic communication in UAV air-ground systems, industrial control, and harsh electromagnetic environments.

This module supports 155 Mbps data transmission over single-mode fiber up to 60 km, featuring wide voltage input DC 5.5-26V, low latency, and strong EMI immunity, making it ideal for drone telemetry, sky-to-ground optical links, and remote control networks.

Key Features
  • Data Rate: 155 Mbps
  • Transmission Distance: Up to 60 km
  • Optical Interface: FC connector
  • Wavelength: Tx 1550 nm / Rx 1310 nm
  • Electrical Interface: TTL logic
  • Power Supply: DC 5.5-26 V wide voltage input
  • Ultra-low latency: < 1 μs
  • High EMI immunity through optical isolation
  • Industrial-grade temperature range: -40 to +85 °C
  • Fully compliant with telecom-grade reliability standards
Typical Applications
  • UAV air-ground optical communication
  • Drone telemetry and control systems
  • Sky-to-ground fiber optic transmission
  • Industrial automation networks
  • Military and defense communication systems
  • Long-distance remote monitoring
Working Principle - A/B End Optical Transmission

The L9-FC315501-60PPC operates as a paired optical transceiver system, consisting of A-end and B-end modules with complementary wavelengths.

End Function
A-End (Airborne / UAV) TTL → Optical (Tx 1550 nm / Rx 1310 nm)
B-End (Ground Station) Optical → TTL (Tx 1310 nm / Rx 1550 nm)

Full-duplex transmission over a single-mode fiber enables reliable, real-time communication up to 60 km.

Optical & Electrical Specifications
Optical Characteristics
Parameter Min Typical Max Unit
Transmitter Wavelength 1530 1550 1565 nm
Receiver Wavelength 1260 1310 1360 nm
Output Optical Power -2 +3 +5 dBm
Receiver Sensitivity -- -- -34 dBm
Optical Budget ≥ 32 -- -- dB
Bit Error Rate (BER) ≤ 1×10⁻¹²
Electrical Characteristics
Parameter Specification
Electrical Interface TTL
Logic Level 3.3V / 5V compatible
Supply Voltage DC 5.5-26 V
Power Consumption ≤ 2.5 W
Protection Reverse polarity, surge, over-voltage protection
Environmental & Mechanical
Parameter Specification
Operating Temperature -40 to +85 °C
Storage Temperature -40 to +85 °C
Form Factor 1x9
Connector Type FC
Housing Metal shielded
Mounting Through-hole PCB
Standards Compliance
  • ITU-T G.957 (STM-1)
  • SONET OC-3
  • RoHS compliant
  • Telcordia GR-253
Selection Guide
Distance Recommended Model
≤ 20 km 155M 20km TTL fiber module
≤ 40 km 155M 40km TTL fiber module
≤ 60 km L9-FC315501-60PPC
≤ 80 km 155M 80km TTL fiber module
Why Choose LINK-PP?
  • 100% compatibility testing
  • Industrial-grade reliability verification
  • 48-72 hour aging test
  • Long-term stable supply
  • OEM / ODM customization support
Frequently Asked Questions
Q1: Can this module directly connect to MCU or FPGA TTL ports?
Yes. The TTL interface is fully compatible with MCU, FPGA, DSP, and flight control boards.
Q2: Can it operate in high EMI environments?
Yes. Fiber transmission provides complete electrical isolation and EMI immunity, ideal for UAV and industrial environments.
Q3: Does it support bidirectional transmission?
Yes. Full-duplex optical communication over single-mode fiber.