SMPM to SWJ RF Test Probe

SMPM to SWJ RF Test Probe for Demanding High-Frequency Applications

Interface Configuration: SMPM Male to SWJ Male
Frequency Range: DC to 11GHz
Impedance: 50Ω
VSWR: ≤1.3:1 (DC 0~11GHz)
Insertion Loss: ≤0.8dB (DC 0~11GHz)
Voltage Rating: 335 V(rms)
Dielectric Withstanding Voltage: >100 V
Insulation Resistance: ≥500 MΩ
Mating Cycles: ≥500 cycles (SMPM)
Probe Durability: ≥20,000 cycles
Mating Torque: 5-7 in-lbs
Operating Temperature: -45°C to +125°C
Contact Material: Be-Cu Gold Plated / Stainless Steel Passivated
Minimum Order Quantity: 1 Piece (Custom orders start from 1 piece)

CAD data

PDF Download

SMPM to SWJ RF Test Probe: Precision Interfaces for Critical Applications

Our SMPM to SWJ RF Test Probe represent the pinnacle of high-frequency testing technology, designed to meet the most demanding requirements in military, aerospace, and telecommunications applications. These probes feature a precision SMPM Male connector on the instrument end and a reliable SWJ interface on the device under test side, ensuring perfect compatibility with high-density RF systems. Engineered to operate from DC to 11GHz while maintaining consistent 50-ohm impedance, these SMPM to SWJ RF Test Probe deliver exceptional signal integrity and phase stability, making them essential for both development validation and mission-critical production testing.

Mission-Critical Applications Across Advanced Industries

The robust design of our SMPM to SWJ RF Test Probe makes them indispensable in environments where reliability is non-negotiable. They are particularly crucial for:

Military communications systems testing and validation
Aerospace and avionics RF system verification
5G infrastructure equipment manufacturing and testing
Satellite communications equipment validation
High-reliability medical imaging system testing

These SMPM to SWJ RF Test Probes ensure accurate measurements in the most challenging environments, maintaining performance under extreme conditions while providing consistent, repeatable results for critical applications.

Unmatched Flexibility for High-Reliability Applications

We redefine accessibility in high-reliability RF testing by eliminating traditional procurement barriers. While delivering exceptional high-frequency performance with superior VSWR characteristics, our most significant advantage remains our minimum order quantity of just 1 unit. This industry-transforming policy extends to all custom requirements – custom SMPM to SWJ RF Test Probes also start at just 1 piece, with global order acceptance. Whether you need standard SMPM to SWJ RF Test Probes or specialized solutions with unique interface configurations, enhanced performance specifications, or specialized mechanical requirements, we provide:

No minimum quantity barriers for prototyping or production
Rapid customization with military-grade engineering support
Global logistics capability ensuring delivery to any location
Cost-effective solutions without compromising reliability

This approach enables faster development cycles and more flexible manufacturing processes for high-reliability RF systems across defense, aerospace, and telecommunications sectors.

Production Process

Product Detail Sheet

Category	Parameter	Description
Product Information	Product Name	SMPM to SWJ RF Test Probe
	Brand	REECUFUTURE
	Minimum Order Quantity	1 Piece
	Packaging	Boxed
	Origin	Shanghai, China
Configuration	Adapter Series 1	SMPM
	Adapter Gender 1	Male
	Adapter Angle 1	Straight
	Adapter Mount Method 1	2 Hole Flange
	Body Materials and Plating 1	Be-Cu, Gold Plated
	Adapter Series 2	SWJ
	Adapter Gender 2	Male
	Adapter Angle 2	Straight
	Adapter Mount Method 2	None
	Body Materials and Plating 2	Stainless Steel Passivated
Electric Specifications	Impedance	50ohm
	Frequency Range (from DC)	11GHz
	VSWR	≤1.3:1 (DC 0~11GHz)
	Insertion Loss	≤0.8dB (DC 0~11GHz)
	Voltage Rating	335 V(rms)
	Dielectric Withstanding Voltage	>100 V
	Insulation Resistance	≥500 Mohm
Mechanical Characteristics	Mating Cycles	SMPM ≥ 500 cycles
	Probe Durability	≥ 20000 cycles
	Mating Torque	5~7 in – lbs
Environmental Characteristics (RoHS Compliant)	Temperature Rating	-45°C ~ +125°C
	Corrosion (Salt Spray)	MIL-STD-202, Method 101, Condition B
	Vibration	MIL-STD-202, Method 204, Condition D, 20 Gs
	Shock	MIL-STD-202, Method 213, Condition I, 100 Gs
	Thermal Shock	MIL-STD-202, Method 107. Cond. B, -40°C to +85°C
	Moisture Resistance	MIL-STD-202, Method 106, Less Step 7B
	Barometric Pressure (Altitude)	MIL-STD-202, Method 105, Condition C, 70k Ft.

Packaging & Shipping

📦 Precision ESD-Safe Packaging
Every RF component—from connectors and probes to cable assemblies—is secured with multi-layer, ESD-compliant packaging. We use static-shielding bags, custom-fit foam inserts, and reinforced boxes to prevent physical shock, moisture, and electrostatic discharge during transit, ensuring product integrity upon arrival.

✈️ Global Logistics & Express Shipping
We partner with leading global express carriers like DHL, FedEx, and UPS, alongside air and ocean freight specialists. We tailor shipping solutions from China to worldwide destinations, supporting everything from sample parcels to bulk orders under EXW, FOB, or CIF terms. Our service includes full documentation, customs brokerage, and real-time tracking for seamless door-to-door delivery.

🕒 Reliable & On-Time Delivery
Leveraging seasoned logistics coordination and reliable carrier relationships, we guarantee timely and accurate fulfillment. Whether you're ordering R&D samples or production volumes, we ensure swift processing and punctual shipping—so you can stay on schedule and focused on innovation.

Industry Applications

🔧 Core Technology Sectors
Our precision RF components serve mission-critical applications across 8 key sectors: 5G communications, automotive electronics, aerospace/defense, semiconductor testing, IoT, medical electronics, satellite communications, and industrial automation. Each domain relies on our solutions for uncompromised signal integrity.

🛠 Tailored Performance Solutions
We develop specialized configurations for unique industry requirements – from phase-stable cable assemblies for radar systems to micro-pitch probes for chipset validation. Our engineering team translates technical specifications into reliable performance under demanding operating conditions.

💡 Cross-Industry Innovation Synergy
By serving diverse sectors, we accumulate unique insights that drive innovation. Technologies developed for aerospace often benefit automotive applications, creating continuous improvement cycles that deliver superior value to all partners.

FAQ

1. What is your minimum order quantity for SMPM to SWJ RF Test Probe?
We maintain an industry-leading 1-piece MOQ policy for all orders. Critically, custom SMPM to SWJ RF Test Probes also start at 1 piece, and we accept orders globally, making us the ideal partner for prototyping and low-volume production.

2. What frequency range do your SMPM to SWJ RF Test Probe support?
Our SMPM to SWJ RF Test Probe operate from DC to 11GHz, covering the essential spectrum for military, aerospace, and advanced telecommunications applications.

3. What makes your SMPM to SWJ RF Test Probe suitable for military applications?
These SMPM to SWJ RF Test Probes feature ruggedized construction and are designed to maintain performance under demanding environmental conditions required by military specifications.

4. Can you customize the mechanical specifications of your SMPM to SWJ RF Test Probe?
Yes, we regularly customize mechanical configurations, interface types, and performance parameters for our SMPM to SWJ RF Test Probe, all available starting from just 1 unit.

5. What is the typical VSWR performance of your SMPM to SWJ RF Test Probe?
Our SMPM to SWJ RF Test Probes are optimized for low VSWR across the full operating bandwidth, ensuring accurate measurements in critical testing scenarios.

6. How do your SMPM to SWJ RF Test Probe ensure phase stability?
We employ precision manufacturing and optimized mechanical design in our SMPM to SWJ RF Test Probe to maintain excellent phase stability required for phased array and radar applications.

7. What delivery time can I expect for custom SMPM to SWJ RF Test Probes?
Custom SMPM to SWJ RF Test Probe typically ship within 1-2 weeks, even for single-piece orders, with expedited options available for urgent defense and aerospace projects.

8. Are your SMPM to SWJ RF Test Probe compatible with automated test systems?
Yes, our SMPM to SWJ RF Test Probe are designed for seamless integration with all major automated test equipment used in military and aerospace manufacturing.

9. What quality certifications do your SMPM to SWJ RF Test Probes meet?
Our SMPM to SWJ RF Test Probe are manufactured under strict quality controls and can be supplied with full compliance documentation for military and aerospace standards.

10. Do you provide full performance data for your SMPM to SWJ RF Test Probe?
Complete technical documentation including S-parameters, mechanical drawings, and environmental specifications is available for all SMPM to SWJ RF Test Probe.

Our Partners

🏭 Premium Material Suppliers
We maintain strategic partnerships with globally leading raw material providers. These collaborations ensure our access to high-grade metals, premium dielectric materials, and advanced plating solutions, forming the essential foundation for manufacturing reliable RF components.

🔬 Technology Innovators
Through close cooperation with leading testing equipment manufacturers and research institutions, we continuously refine our production techniques and quality standards. These technical alliances enable us to stay at the forefront of RF component manufacturing and validation technology.

🤝 Certified Service Providers
We work with accredited logistics and certification partners worldwide to ensure timely delivery and compliance with international standards. This network guarantees that our products reach global customers efficiently while maintaining consistent quality assurance.