The SMA Straight End Launch Bulkhead Jack Receptacle is designed for PCB applications. As an end-launch type, this SMA receptacle ensures horizontal alignment with the PCB after soldering, providing optimal functionality for your electronic equipment.
Featuring built-in bulkhead functionality, this connector accommodates panel thickness up to 0.114". The PCB thickness relative dimension is 0.068", enabling seamless integration into your electronic equipment.
Operating at 50Ω impedance, this SMA connector covers a frequency range from 0 to 18 GHz, suitable for diverse applications. VSWR of 1.23 max maintains minimal signal reflection, achieving consistent and reliable performance.
Minimum insertion loss of only 0.15 dB at 6 GHz ensures high-fidelity signal transmission. The connector features 335V rms working voltage at sea level, with dielectric withstanding voltage up to 1000V rms at sea level, ensuring robust electrical integrity.
This SMA connector is tested through 500 mating cycles, guaranteeing consistent performance over extended periods. Center contact retention of minimum 6 lbs axial force enhances connector stability.
Precision-engineered with brass connector body and beryllium copper center contact, this connector ensures reliable signal transmission. Insulation material is PTFE, known for its superior electrical characteristics.
With 220W power handling capability, this SMA Straight End Launch Bulkhead Jack Receptacle is ideal for high-power applications. Operating seamlessly across temperatures from -65°C to 165°C ensures reliability under harsh environmental conditions.
As quality assurance, this connector undergoes rigorous testing including vibration testing per MIL-STD-202 Method 204D Test Condition, and salt spray testing per MIL-STD-202 Method 101B Test Condition.
As part of the extensive RF component series, this SMA connector ensures exceptional performance and reliability. Rely on our professional technical support and skilled sales team to find the perfect RF connector for your specific PCB applications.
