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Papers of the
THE INSTITUTION OF
POST OFFICE ELECTRICAL ENGINEERS.

You are welcome to download and use these documents for your own personal use, but not to upload them to another website etc.
I would recommend that you download the pdfs and view them with Adobe Acrobat as opposed to trying to view them with your web browser. All the files are computer searchable.

• No. R1: Telephone Relay Research.
• No. R2: The Control Centre as the Basic Executive Unit
• No. ? (1909) The Loading of Telephone Cable Circuits
• No. 54: The Loading of Aerial Liens and their Electrical Constants.
• No. 96: The Principles Underlying Post Office Engineering Accounting.
• No. 123: Modern Electrical Illumination
• No. 125: The Development of Automatic Routiners in the British Post Office.
• No. 126: Telephone Cable Circuit Interference.
• No. 127: Secondary Cells (Lead-Acid Type).
• No. 128: Critical Methods of Investigation as applied to the Study of Telephone Areas and Plant Lay-out.
• No. 129: Picture Telegraphy.
• No. 132: The Heating and Ventilating of Post Offices and Telephone Exchanges.
• No. 133: Rural Automatic Exchanges. 25/100 Line (Unit Auto No. 5.) System.
• No. 134: Sound and Hearing. Some practical properties fo the sounds to which we listen.
• No. 135: The Electrical Control of Time Services in the British Post Office.
• No. 137: Interference with Wireless Reception arising from the Operation of Electrical Plant.
• No. 138: Telephone Cable Testing (including Fault Localisation).
• No. 139: District Accounting.
• No. 140: Some Non-Metallic Substances and their Characteristics.
• No. 142: Private Branch Exchange Installations.
• No. 143: Electric Wave Filters.
• No. 144: Some Notes on the Design and Manufacture of Telephone Cables.
• No. 145: Room Noise & Reverberation as Problems in Telephony.
• No. 146: Laying Armoured Cables by Means of a Moledrainer.
• No. 147: The Design and Construction of Electric Wave Filters
• No. 148: Stores Specifications and Acceptance Testing.
• No. 149: Recent Developments in Underground Construction, Laying and Loading Armoured Cables.
• No. 150: Teleprinters.
• No. 152: Some Notes on Exchange Equipment, Factory Costing and the Economics of Production
• No. 153: Modern Developments in Telephone Transmission Over Lines
• No. 155: A Few Recent Developments in Telephone Transmission Apparatus
• No. 156: Modern Tendencies in the Supply of Power to Telephone Exchanges
• No. 157: Recent Advances in Carrier Telephony
• No. 158: Ultra Short Wave Radio Telephone Circuits
• No. 159: Modern Electric Passenger Lifts
• No. 160: Some Practical Aspects of Telephone Conduit and Manhole Construction
• No. 161: Modern Telephone Repeater Station Power Plant
• No. 162: Voice Frequency Signalling on Trunk Circuits
• No. 163: Automatic Exchange Design
• No. 164: The London-Birmingham Coaxial Cable System
• No. 165: Properties and Testing of Dielectric Materials
• No. 166: Chemistry and Communications
• No. 167: Twelve-Circuit Carrier Telephone Systems
• No. 168: The Development of Magnetic Materials
• No. 169: Crosstalk
• No. 170: Subscribers' Cable Distribution--Recent Developments
• No. 171: Multi-Circuit Carrier Telephony
• No. 172: Corrosion and Communications
• No. 173: Audio-Frequency Ripple from D.C. Power Supplies in Communication Engineering
• No. 174: Metallurgy and Communications
• No. 175: Telephone Exchange Power Plant Development Trends & War-time Problems
• No. 177: Recent Applications of the Quartz and X-Ray Spectrographs to Post Office Problems
• No. 178: Long Distance D.C. Impulsing
• No. 180: Subscribers' Cable Distribution Some Further Considerations
• No. 181: Post-War Exchange Design
• No. 184: The Fundamentals of Direct Current Impulsing in Multi-Exchange Areas
• No. 185: The Operation of Valve Oscillators and their Synchronisation
• No. 186: Telephone Service Observations
• No. 187: Cabling Problems in Subways and Tunnels
• No. 188: Power Supplies for Telegraphs
• No. 189: Development of Telegraph Switching in Great Britain
• No. 190: Wideband Transmission over Coaxial Cables
• No. 191: Piezo-Electric Quartz and its use in Telecommunications
• No. 192: The Location of Faults in Lines and Cables
• No. 193: Improvements in Telephone Signalling
• No. 194: Maintenance of Multi-Channel Carrier Telephone Systems
• No. 195: The Introduction of Automatic Switching to the Inland Teleprinter Network
• No. 196: Wire Broadcasting
• No. 197: The Possibilities of Super-high Frequency Radio
• No. 198: Introduction and Application of Transmission Performance Ratings to Subscribers' Networks
• No. 199: Some Applications of Electronic Methods to Telegraph Apparatus
• No. 200: Trends in the Design of Line Transmission Equipment
• No. 213: Recent Developments in Line Transmission Systems
• No. 214: An introduction to Waveguides and Microwave Radio Systems
• No. 222: World-wide Telephone Transmisssion
  
  

Colin Hinson.

If you have any comments, complaints, suggestions, requests etc, please drop me a line via my Genuki email page.

Page last updated 9th March 2025 by Colin Hinson.