The Scientific Instrument Company Limited

Mohan Nagar, Ghaziabad, Uttar Pradesh

KLYSTRON POWER SUPPLY Klystron Power Supply generates voltage required for driving the Reflex Klystron Tube like 2k 25 ( a source of Microwave energy) . it is absolutely stable, regulated and short circuit protected power supply. It has built in facility of square wave and saw tooth generators, for amplitude & frequency modulation. SPECIFICATION Model : SKPS 610 A. Beam Supply Voltage Range Current Regulation Ripple 195-400 V continuously variable 45mA Max. Better than 0.5% for + variation in Mains Supply Voltage Less tan 5 mV rms B.Repeller Supply Voltage Range Regulation -10 V to -300 DC continuously variable with respect to Klystron cathode 0-25% for + variation in Mains supply voltage C. Heater Supply 6.3V DC (regulated) D. Modulation Square Wave Saw tooth Freq. 500 Hz-1.7 KHz Max Amp. +110 Volt peak to peak Amplitude and frequency continuously variable Freq. 50Hz-196 Hz Amplitude -60 V max peak to peak Amplitude and frequency continuously variable E. Operating Voltage 230V + 10%, 50 Hz, A.C

Simultaneous Communication of 3 different signals.2400 - 2600 MHZ PLL microwave operation.Communicate Audio, Video, Digital data, Tone, Voice waveforms etc.Communication of external broad band digital and analog data.Choice of different transmitting and receiving frequencies.High power Low Noise transmission.Built-in Microphone and Speaker for Voice link.Detachable Dish Antenna at each station.Estimation of SN ratio, Fading etc.Facility to attach AnalogDigital Communication Trainers.Built-in speaker. Uplink TransmitterTransmit three signals simultaneously at each frequency2400 - 2600 MHz transmitting frequencies.4 MHz clock frequency16 MHz Max. BandwidthFrequency Up-Down switch and LED indicationFM Modulation of Audio, Video.5 & 5.5 MHz Audio Modulation and Max. 8 MHz Video ModulationDetachable Dish Antenna.Radiated Power output 25mW (approx.) with power control.Transmit Audio, Video, DigitalAnalog data, Tone, Voice waveforms etc. TransponderTransponder with selectable frequency conversion.Choice of 4 downlink frequencies 2400 - 2600 MHzRotary Switch and Tuner for selecting Uplink frequency, Link Fail switchesDetachable Dish Antennas.Radiated power 25 mW Approx. with Variable gain control. Downlink ReceiverReceives and demodulate three signals simultaneously.Based on Eurostar Tuner.Intermediate Frequency 479.6 MHZ.2400 - 2600 MHz fix receiving frequenciesVariable tuner 2400 - 2600 MHz.-60 dBm sensitivity at tuner inputRotary Switch and Tuner for selecting Downlink frequency.Built in speakerDetachable Dish Antenna.

Basic Antenna Trainer Kit is Manual Antenna Trainer has been designed to provide useful tools for hands on experimentation and teaching of various commonly used antennas in UHF-Microwave band in the laboratory for students of all levels. It can be used in stand-alone mode. In this system, Transmitting antenna is rotated manually from 0 to 360 degrees and accordingly the signal strength can be monitored on the Receiver. Technical Specification RF Generator - 750 MHz Approx (output Adjustable). Tone Generator - 1 KHz Approx (output Adjustable). Matching Stub - Slider Type. Antenna Rotation - 0 - 360 deg. Resolution 1 deg. Receiving Antenna - Folded dipole with reflector and Digital Meter. Transmitting Antennas : 1. Dipole Antenna - 2. Dipole 4. 3. Folded Dipole 2. 4. Yagi UDA Folded Dipole (3E). 5. Yagi UDA Folded Dipole (5 E). 6. Yagi UDA Simple Dipole (5 E). 7. Yagi UDA Dipole (7 E). 8. Horizontal End Fed Hertz Antenna 9. Horizontal End Fed Zeppelin Antenna 10. Ground Plane Antenna. 11. Ground Plane with Reflector & Director Ant. 12. 2 Slot Antenna. 13. Loop Antenna. 14. Helix Antenna. 15. 2 Phase Array Antenna. 16. 4 Phase Array Antenna 17. Combined Col linear Array Antenna. 18. Log Periodic Antenna. 19. Rhombus Antenna. 20. Cut Parabola Reflector Antenna. 21. Circular Loop Antenna.

The SICO Anteena Trainer Kit contains 15 different types of printed antennas used in RF and Microwave Communication Systems. The individual antennas are fabricated using conventional photolithographic techniques. Each antenna is fitted with miniature SMA coaxial connector for testing. A suitable turn table is included as part of the kit to enable a user to measure radiation patterns and gain of the antennas. X-BAND MICROSTRIP ANTENNA TRAINER KIT:1. Circular Microstrip Patch2. Printed Yagi Antenna3. Printed Dipole Antenna4. Rectangular Patch (circularly polarized)5. Electromagnetically Coupled Patch6. Printed Spiral Antenna7. Printed Spiral Slot Antenna8. Rectangular Patch (inset feed)9. Printed Series Fed Microstrip Array10. Rectangular Patch (Transformer Feed)11. Plannar 2X2 Microstrip Antenna Array12. Printed Slot Antenna13. Coplanar Waveguide Antenna14. Reconfigurable Antenna15. Printed Leaky Wave Array16. Waveguide to Coaxial Adapter (SMA)17. RF CableSMA-BNC CableSMA-SMA Cable18. Microprocessor Bases Turn Table19. X-Band Solid State Source or Klystron Power Supply20. MIC Detector21. Source to Detector Biasing Cable22. Active Filter23. PC-Turnable Interface Card with Radiation Pattern Software24. VSWR Meter

The Advanced Microstrip Trainer Kit allows the students to study the principles of microstrip technology with specially made microstrip components. It is a very high precision bench top system, which uses up to date microstrip components to illustrate the essential features of the MIC field. It is designed to experimentally analyze the characteristics of microstrip components. PART I: MIC Components1. Low Pass Filter2. Band Pass Filter3. Band Stop Filter4. Ring Resonator5. Branch Line Coupler6. Hybrid Ring Coupler7. Parallel Coupled Line Coupler8. Power Divider-I (without chip resistor)9. Power Divider-II (with chip resistor)10. Patch Antenna-I11. Patch Antenna-II12. Microwave Amplifier13. Microstrip Transmission Line PART II: S-BAND SOURCE & DETECTOR1. S-Band Source with Power Supply2. Detector3. Coupler4. Active Filter PART III: ACCESSORIES1. Universal Test Jig2. 50 Ohm Termination3. Attenuator -6dB4. Stand5. SMA to BNC Cable6. VSWR Meter7. Source to Detector Biasing Cable

WR-15 Waveguide Horn Antenna Operating From 50 GHz to 75 GHz With a Nominal 24 dBi Gain With UG-385U Flange Frequency Range, Ghz 50Ghz to 75GhzInterface WR-15 Normal Gain 24 DBi Material Brass

Gunn Power Supply Model GS -610 Gunn Power supply comprises of an electronically regulated power supply and a square wave generator designed to operate the Gunn Oscillator and Pin Modulator .

The Advanced Microstrip Trainer Kit allows the students to study the principles of microstrip technology with specially made microstrip components. It is a very high precision bench top system, which uses up to date microstrip components to illustrate the essential features of the MIC field. It is designed to experimentally analyze the characteristics of microstrip components. PART I: MIC Components1. Low Pass Filter2. Band Pass Filter3. Band Stop Filter4. Ring Resonator5. Branch Line Coupler6. Hybrid Ring Coupler7. Parallel Coupled Line Coupler8. Power Divider-I (without chip resistor)9. Power Divider-II (with chip resistor)10. Patch Antenna-I11. Patch Antenna-II12. Microwave Amplifier13. Microstrip Transmission Line PART II: C-BAND SOURCE & DETECTOR1. C-Band Source with Power Supply2. Detector3. Coupler4. Active Filter PART III: ACCESSORIES1. Universal Test Jig2. 50 Ohm Termination3. Attenuator -6dB4. Stand5. SMA to BNC Cable6. VSWR Meter7. Source to Detector Biasing Cable

The Advanced Microstrip Trainer Kit allows the students to study the principles of microstrip technology with specially made microstrip components. It is a very high precision bench top system, which uses up to date microstrip components to illustrate the essential features of the MIC field. It is designed to experimentally analyze the characteristics of microstrip components. PART I: MIC Components1. Low Pass Filter2. Band Pass Filter3. Band Stop Filter4. Ring Resonator5. Branch Line Coupler6. Hybrid Ring Coupler7. Parallel Coupled Line Coupler8. Power Divider-I (without chip resistor)9. Power Divider-II (with chip resistor)10. Patch Antenna-I11. Patch Antenna-II12. Microwave Amplifier13. Microstrip Transmission Line PART II: L-BAND SOURCE & DETECTOR1. L-Band Source with Power Supply2. Detector3. Coupler4. Active Filter PART III: ACCESSORIES1. Universal Test Jig2. 50 Ohm Termination3. Attenuator -6dB4. Stand5. SMA to BNC Cable6. VSWR Meter7. Source to Detector Biasing Cable