X-Ray Generator (High Tension Generator) | Conventional Radiography & Equipment | BMRIT 2nd Semester

X-Ray Generator (High Tension Generator) | Conventional Radiography & Equipment | BMRIT 2nd Semester Follow us for more updates: Telegram Channel :- link :- https://t.me/shriiBMRIT Playlist :- Human Physiology    • Medical Ethics   🔹 Anatomy & Physiology    • General Anatomy-II | BMRIT 2nd Semester   🔹 BMRIT Academic Lectures    • Applied Mathematics for Radiology   🔹 Healthcare & Paramedical Education    • Conventional Radiography & Equipment   Rotating Anode X-Ray Tube | Conventional Radiography & Equipment    • Rotating Anode X-Ray Tube | Conventional R...  🎯 Important Viva Questions In this lecture, we discuss X-Ray Generator / High Tension Generator, a key component of Conventional Radiography & Equipment for BMRIT 2nd Semester. The High Tension Generator is responsible for producing: ✔ High Voltage (kVp) ✔ Tube Current (mA) ✔ Exposure Timing This topic is extremely important for: University Main Exams Viva Preparation Practical Radiology Understanding ⚡ What is X-Ray (High Tension) Generator? An X-Ray Generator is an electrical system that converts low voltage AC supply into high voltage required to accelerate electrons in the X-ray tube. It produces voltage up to 40–150 kV in conventional radiography. 🧩 Main Components of High Tension Generator 4 1️⃣ Autotransformer Controls kVp selection Adjusts input voltage 2️⃣ Step-up Transformer (High Voltage Transformer) Converts low voltage to high voltage Supplies voltage across anode & cathode 3️⃣ Step-down Transformer Supplies low voltage (6–12 V) to heat filament Controls mA 4️⃣ Rectifier Converts AC to DC Prevents reverse current flow 5️⃣ Exposure Timer Controls duration of exposure 🔄 Working Principle AC supply enters autotransformer Selected voltage goes to step-up transformer High voltage applied across X-ray tube Filament heated by step-down transformer Rectifier ensures unidirectional current Electrons strike anode → X-rays produced 📊 Types of High Tension Generators 🔹 1. Single Phase Generator Simple design More voltage ripple Lower output efficiency 🔹 2. Three Phase Generator Less voltage ripple More constant output Better image quality 🔹 3. High Frequency Generator Compact design Very low ripple Most efficient 🎯 Important Viva Points ⭐ What is kVp? → Controls beam quality (penetration) ⭐ What is mA? → Controls quantity of X-rays ⭐ Why is rectifier used? → Prevents tube damage ⭐ Define voltage ripple ⭐ Function of high tension cable 📚 10–15 Mark Answer Format (Exam Writing Style) Definition → Construction → Diagram → Working → Types → Advantages → Conclusion You can score full marks if you include a neat labeled diagram. 🔎 High Ranking Keywords X ray generator BMRIT High tension generator radiography Conventional radiography equipment Radiological physics BMRIT Step up transformer X ray X ray machine components Single phase vs three phase generator BMRIT 2nd semester notes Medical radiology physics 🏷 Tags (Copy-Paste Ready) X Ray Generator High Tension Generator BMRIT 2nd Semester Conventional Radiography Radiological Physics X Ray Machine Medical Radiology Radiography Equipment Physics for Radiology Paramedical Course 📢 Hashtags #XRayGenerator #HighTensionGenerator #BMRIT #RadiologicalPhysics #ConventionalRadiography #RadiologyStudents #MedicalPhysics Playlist:    • General Anatomy-II | BMRIT 2nd Semester      • Applied Mathematics for Radiology      • Conventional Radiography & Equipment