The **M2TT-36-R2/BL** is a high-performance, shielded multi-conductor cable assembly, typically utilized in medical, industrial, or high-reliability data environments. The part number indicates a specific configuration involving insulation material, conductor count, and color coding. ### Technical Specifications | Parameter | Specification | | :--- | :--- | | **Conductor Count** | 36 Conductors | | **Gauge (AWG)** | Typically 28 AWG or 30 AWG (standard for M2 series) | | **Shielding Type** | Braided Shield (R2 Designation) | | **Jacket Color** | Blue (BL) | | **Insulation Material** | FEP (Fluorinated Ethylene Propylene) or TPE | | **Configuration** | Twin-ax / Twisted Pair architecture | --- ### Core Electronic Components #### 1. Conductors (36-Core) The "36" in the part number signifies 36 individual signal paths. These are usually arranged as 18 twisted pairs to minimize electromagnetic interference (EMI) and crosstalk. In high-speed data applications, these conductors are often silver-plated copper to enhance conductivity and prevent oxidation. #### 2. R2 Shielding (Double Shielded) The **R2** suffix usually denotes a specific shielding architecture: * **Primary Layer:** An aluminized Mylar foil for high-frequency protection. * **Secondary Layer:** A tinned copper braid for structural integrity and low-frequency grounding. * **Purpose:** This prevents external "noise" from corrupting sensitive signals, making it ideal for MRI rooms or high-precision robotic arms. #### 3. Dielectric Insulation The internal wires are coated in high-performance polymers (like FEP). This provides: * **Low Dielectric Constant:** Ensures signals travel faster with less attenuation. * **Thermal Stability:** Operates safely in high-heat environments. #### 4. The Blue (BL) Outer Jacket The **BL** code refers to the outer PVC or Polyurethane jacket color. Beyond aesthetics, the jacket is designed for: * **Chemical Resistance:** Resisting cleaning agents (common in medical setups). * **Flex Life:** High durability for repeated bending (Dynamic applications). --- ### Common Applications * **Medical Imaging:** Connecting ultrasound probes or MRI sensors to main consoles. * **Automated Test Equipment (ATE):** High-density signal routing in semiconductor testing. * **Aerospace:** Data transmission in weight-sensitive, high-EMV environments.