Practicial kit

From SUWS-wiki
Revision as of 13:16, 8 September 2015 by TylerWard (talk | contribs) (Created page with " This is a list of kit required for each of the exam practicals. === Foundation === ==== 8e.1/8e.2/8e.5 ==== Demonstrate, using a VHF/UHF transmitter/receiver; correct tuning ...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)

This is a list of kit required for each of the exam practicals.

Foundation

8e.1/8e.2/8e.5

Demonstrate, using a VHF/UHF transmitter/receiver; correct tuning in to an amateur FM voice signal and a data signal such as packet. Read the signal strength meter (where fitted).

Demonstrate correct operation of a VHF transmitter/receiver in simplex mode.

Demonstrate a CQ call on VHF/UHF, making a contact and initiating a change of frequency (QSY) off the calling channel.

  • VHF Radio
  • VHF antenna
  • Power Supply

8e.3/8e.4/8f.1

Demonstrate, using an HF transmitter/receiver, correct tuning in to an amateur SSB voice signal and a Morse signal. Read the signal strength meter.

Demonstrate correct operation of an HF transmitter/receiver in an SSB contact.

Demonstrate connecting a transmitter/receiver to a power supply, antenna and feeder

  • HF Radio
  • HF Antenna
  • Power Supply

8f.2

Demonstrate, using a /2 dipole antenna with adjustable elements, that the SWR varies as the length of the elements are varied. Set up the dipole for minimum SWR.

  • VHF radio
  • Power supply
  • Adjustable dipole
  • VHF SWR Meter

10

Demonstrate that he/she is able to send correctly by hand, and to receive correctly by ear, texts in Morse code.

  • Morse Key
  • Morse Core reference sheets
  • Morse Sounder/Radio


Intermediate

10d.1

Read the colour code bands on a number of different resistors and confirm their value by measurement.

  • Bag of Assorted resistors

10d.2

Demonstrate the ability to make good soldered joints.

  • Soldering Iron
  • Soldering Project
  • toolkit

10d.3/10d.4/10d.5/10d.6

Construct a simple circuit containing a battery, resistor, LED, lamp and switch.

Measure potential differences and currents in a simple circuit.

Demonstrate that a diode will only conduct in one direction in a simple DC circuit.

Demonstrate that a transistor can be used as a switch in a simple DC circuit.

10d.7

Fit a suitable RF connector (PL259, BNC or N-type) to a piece of coaxial cable.

This could be the connection on a slim jim antenna.

  • RF cable
  • Connector
  • Soldering iorn (depending on connector)
  • Hex Crimp tool (depending on connector)
  • Multimeter

10d.8

Fit a 13A plug to a piece of three-core mains cable.

  • 13A plug
  • Mains Flex
  • Toolkit

10e.1

Construct a simple amateur radio related project (e.g. direct conversion receiver, crystal calibrator, ‘grid’ dip meter, ATU and SWR meter, Morse oscillator, audio amplifier) either from a pre-prepared kit or from a published or personal design.

Suggested Projects

  • VFO Kit

10f.1

Calibrate a variable frequency oscillator (VFO) employing an adjustable tuned circuit. Calibration to show the relevant amateur band edges.

  • VFO kit
  • Oscilloscope
  • Power Supply