Top Entry Modular RJ9 Jack 4P4C | JCON Micro Size Connector
JCON's micro-sized Top Entry RJ9 Jack 4P4C offers low-profile design for intercom systems. TH/SMT options, gold plating, competitive pricing. OEM/ODM available.
Micro Size Top Entry Modular RJ9 Jack
J268020011
1 Port Vertical RJ9 TH Unshielded
JCON Top Entry Modular RJ9 Jack is Micro-sized yet powerful, this low-profile RJ9 Jack caters to intercom and interphone needs, offering a very low-profile design for space-conscious installations. Despite its advanced features and upgraded design, our connectors remain competitively priced.
The High-Performance Top Entry RJ9 Connector 4P4C is one of the long-lasting, various styles, and one steady quality product. As a typical and the most popular series of Top Entry group RJ Jack, we offer options regardless of soldering type: TH & SMT, package or parts color options…etc. On the other hand, there’s still an option of Press-Fit Type pins to protect mother Earth! Basically, this Jack is a masterpiece of precision engineering that sets the benchmark for seamless networking. With an unwavering commitment to excellence, this connector embodies our dedication to innovation, quality, and reliability.
Specification
Material:
1. Housing: Engineering Thermoplastic. Thermoplastic UL94V-0.
2. Plating: Gold Plating Over Nickel In Contact. Tin Plating Over Nickel In Solder Area.
3. Contact: Phosphor Bronze.
4. Shielded: Brass With Nickel Plated.
Electrical:
1. Voltage Rating: 125 Vac Rms.
2. Current Rating: 1.5 Amp.
3. Contact Resistance: 40 Milliohms Max.
4. Insulation Resistance: 1000 Megohms Min @500 Vdc.
5. Dielectric Strength: 1000 Vac Rms 60Hz, 1Min.
Mechanical:
1. Operating: 750 Cycles Min.
Environmental:
1. Storage: -40°C To +85°C
2. Operation: - 20°C To +75°C
Mates With Modular Plug Conforming To FCC Part 68, Subpart F.
Key Features
- Efficient Top Entry Design.
- Universal 4P4C Compatibility.
- Robust Construction.
- Enhanced Signal Integrity.
- Wide Application Scope.
- Certified Quality.
Application
- Network Equipment Manufacturing.
- Telecommunications Infrastructure.
- Industrial Automation.
- IoT (Internet of Things) Devices.
- Surveillance and Security Systems.
- Smart Home Applications.
- Audio-Visual Equipment.
- Medical Devices.
- Automotive Electronics.
- Gaming and Entertainment.
Function Option
| Process Type | TH |
| Ports Options | N/A |
| Shielded | Options |
| LED | N/A |
| Grounding | N/A |
| Position and Contact | 8P10C, 8P8C, 8P6C, 8P4C, 8P2C, 6P6C, 6P4C, 6P2C |
| Gold Plating | G/F, 6U", 15U", 30U", 50U" |
- Download
-
Best-Selling
How Can You Ensure Reliable RJ9 Connectivity in Telecommunications Equipment Operating Across Extreme Temperature Environments?
Our Top Entry Modular RJ9 Jack operates reliably from -20°C to +75°C with storage capability from -40°C to +85°C, featuring gold plating over nickel contacts that maintain 40 milliohms max contact resistance. With 1000 Megohms minimum insulation resistance and FCC Part 68 compliance, this connector ensures consistent signal integrity for telecommunications infrastructure. Contact our R&D team to customize gold plating thickness and housing specifications for your specific environmental requirements.
As a long-lasting product in our Top Entry RJ Jack series, this connector delivers steady quality with customizable options including various gold plating thicknesses (G/F, 6U", 15U", 30U", 50U"), shielded or unshielded configurations, and multiple position/contact combinations (8P10C, 8P8C, 8P6C, 8P4C, 8P2C, 6P6C, 6P4C, 6P2C). With electrical ratings of 125 Vac RMS voltage and 1.5 Amp current, plus operational temperature range from -20°C to +75°C, this RJ9 jack serves diverse applications from network equipment manufacturing and industrial automation to IoT devices, surveillance systems, medical devices, and automotive electronics. Despite its advanced features and upgraded design, JCON maintains competitive pricing backed by our in-house mold center and IATF 16949 certification, ensuring complete quality control and customization flexibility for your OEM/ODM connectivity requirements.