The **HSP-16-R** is an electronic component primarily manufactured by companies like **Hirose Electric**. It belongs to the category of high-performance coaxial connectors or specific push-pull coupling connectors, depending on the exact series application. Below is a detailed breakdown of its electronic characteristics and specifications. --- ### 1. Key Technical Specifications The electronic integrity of the HSP-16-R is defined by its ability to handle signals with minimal loss and high reliability. | Parameter | Typical Value / Description | | :--- | :--- | | **Component Type** | Circular Connector / Plug / Jack | | **Contact Resistance** | Max 10-20 mΩ (milliohms) | | **Insulation Resistance** | Min 1000 MΩ at 500V DC | | **Voltage Rating** | 300V AC to 600V AC (depending on pin config) | | **Current Rating** | 2A to 5A per contact | | **Operating Temp** | -25°C to +85°C | --- ### 2. Major Electronic Sub-components The HSP-16-R is composed of several critical parts that ensure electrical continuity: * **Gold-Plated Contacts:** These are the primary conductive paths. Gold plating is used to prevent oxidation and ensure low contact resistance over hundreds of mating cycles. * **Dielectric Insulator:** Usually made of High-Grade PPS (Polyphenylene Sulfide) or PBT resin. This material prevents short-circuiting between pins and provides high arc resistance. * **EMI Shielding:** The outer shell (often nickel-plated zinc alloy or brass) acts as a Faraday cage to protect signals from Electromagnetic Interference (EMI). * **Termination Points:** These are the areas where wires are soldered or crimped to the connector pins. --- ### 3. Application Areas Because of its robust electronic shielding and stable connection, it is commonly used in: 1. **Medical Equipment:** For sensors and diagnostic tools requiring high signal purity. 2. **Industrial Automation:** In PLC (Programmable Logic Controller) interfaces. 3. **Measurement Instruments:** Oscilloscopes and signal generators. --- ### 4. Mounting Example (Schematic Logic) When integrating this part into a circuit, the pinout logic usually follows a standard circular pattern: ```text Pin 1: VCC (+) Pin 2: Signal (Input) Pin 3: Signal (Output) Pin 4: Ground (GND) Outer Shell: Chassis Ground / Shield ``` ---