Amphenol's TVPS00RF-19-35JA-LC Tri-Start connector is a robust and reliable solution for demanding environments. Originally developed for military and commercial aircraft, this connector combines high coupling durability with EMI shielding and resistance to moisture and corrosion. Its miniature circular shell houses a high-density contact arrangement, making it suitable for applications where space is limited. The connector's environmentally sealed design ensures reliable performance in harsh conditions, while its intermateability with other MIL-DTL-38999 series III connectors provides flexibility in system design. Applications include military aircraft, commercial airlines, communications equipment, armored vehicles, missiles, and shipboard systems.
Shell & Plating: ['ALUMINUM ALLOY (W - Olive drab chromate over cadmium over electroless nickel per QQ-P-416)', 'COMPOSITE (DT - DurmalonTM)', 'STAINLESS STEEL (K - Conductive, corrosion-resistant steel passivated)', 'MARINE MATERIAL (RB - Nickel aluminum bronze)', 'MARINE MATERIAL (M - Conductive electroless nickel plating)', 'W52 - Olive drab zinc cobalt', 'F - Electroless nickel QQ-N-290', 'Z - Black zinc nickel', 'ZN - Black Zinc nickel']
Contacts: Copper alloy, Gold-plated, 50 microinches per MIL-G-45204 type II, grade C, class I
Insulator: Hard dielectric wafer
Grommet & Seals: Silicone-based elastomer
Grounding Springs: Beryllium copper
Operating Temperature: ['-65°C to 175°C (-85°F to 347°F) for W, W52, RB, J & ZN plating', '-65°C to 200°C (-85°F to 392°F) for DT, F, M, K & S plating']
Contact Sizes: ['22D', '20', '16', '12']
Operating Voltage & Test Voltage: See table in datasheet
Current Rating: See table in datasheet
Contact Resistance: See table in datasheet
Insulation Resistance: 5,000 megohms minimum
Mating Life: 500 cycles minimum
Salt Spray: See table in datasheet
Chemical Resistance: See table in datasheet
Sine Vibration: 60g at -55°C
Random Vibration: 49.5grms at ambient temperatures
Shock: 300grms
EMI-Shielding Effectiveness: 100 MHz to 10 GHz - minimum attenuation of 50dB