MIDISCO MDC4299-10

The MIDISCO MDC4299-10 is an RF and Microwave component engineered for precise signal control and management in demanding applications. Part of MIDISCO’s established component portfolio, this unit delivers the environmental resilience and frequency performance required by OEMs, research facilities, and government systems. It integrates into complex RF/Microwave architectures where reliability and repeatability are non-negotiable.

– Technical Specifications

• Product Type: RF and Microwave Component
• Manufacturer: MIDISCO
• Model: MDC4299-10
• Impedance: 50 Ohms (standard for MIDISCO coaxial components)
• Frequency Range: DC to 18 GHz or higher; specialized configurations reach 40 GHz
• Operating Temperature: −65°C to +125°C
• Environmental Compliance: MIL-Std-202 Method 213 (Shock, Test Condition I); MIL-Std-202 Method 204 (Vibration, Test Condition D)
• Quality Standard: MIL-I-45208; ISO-9000 compliant; calibration traceable to National Bureau of Standards
• Connector Interface: SMA connectors (MIL-C-39012/55 compatible); 500 mating cycles without degradation
• Materials: Beryllium Copper and Brass (conductive elements); Gold-plated center conductors and connector bodies; Stainless Steel coupling nuts; TFE (Teflon) insulation

– Key Features

• Operates across DC to 18 GHz minimum with optional extended frequency capability
• Meets stringent shock and vibration specifications for aerospace and military deployment
• Stable performance across the full −65°C to +125°C temperature envelope
• SMA interface rated for 500+ mating cycles
• Traceable calibration and quality assurance per military and ISO standards

– Typical Applications

• RF and Microwave signal routing and control in OEM systems
• Research and laboratory RF measurements
• Government and defense RF subsystems
• High-reliability applications requiring environmental qualification

– Compatibility & Integration

The MDC4299-10 integrates into standard 50 Ohm RF systems via MIL-C-39012/55 compliant SMA connectors. Gold-plated interfaces and robust mechanical construction ensure reliable performance in applications spanning DC to 18 GHz and beyond.