quotation for advance communication lab for 8th sem %2826-11-2011%29[1]

MARKETING CENTRE – INDIA Auth. Distributor for:85, Agrasen Nagar, Aerodrome Road, INDORE-452005Ph: 0731-2410056, 2413356. Fax: 2410057 Cell No: 98270-24849 E-mail: [email protected], [email protected]

QUOTATION FOR ADVANCE COMMUNICATION LAB (FOR 8 TH SEM)

S. No. ITEM RATE/UNITIn Rs.

01 ‘SCIENTECH’ Make (An ISO 9001 Company)Digital Communication Training System, VLSI based with TFT LCD Graphics Display (Built-in DSO + Logic Analyzer)Model: ST 2137

Scope of Learning

1. Study and analysis of bit clock.2. Study and analysis of symbol clock..3. Study and analysis of ASK modulation.4. Study and analysis of ASK Demodulation.5. Study and analysis of FSK modulation.6. Study and analysis of FSK Demodulation.7. Study and analysis of BPSK modulation. 8. Study and analysis of BPSK constellation.9. Study and analysis of BPSK demodulation10. Study and analysis of differential encoding of serial data for modulation11. Study and analysis of differential decoding of serial data after demodulation12. Study and analysis of DBPSK modulation.13. Study and analysis of DBPSK demodulation14. Study and analysis of 2-bit encoding and two channel (In-phase and

Quadrature) modulation techniques.15. Study and analysis of QPSK modulation.16. Study and analysis of QPSK constellation.17. Study and analysis of QPSK demodulation.18. Study and analysis of 2-bit differential encoding of serial data for

modulation.19. Study and analysis of 2-bit differential decoding of serial data after

demodulation.20. Study and analysis of DQPSK modulation.21. Study and analysis of DQPSK demodulation.22. Study and analysis of OFFSET QPSK modulation.23. Study and analysis of OFFSET QPSK constellation.24. Study and analysis of OFFSET QPSK demodulation.25. Study and analysis of PI/4 QPSK modulation.26. Study and analysis of PI/4 QPSK constellation.27. Study and analysis of PI/4 QPSK demodulation.28. Study and analysis of M-ary ASK modulation.29. Study and analysis of M-ary ASK demodulation.30. Study and analysis of M-ary FSK modulation.

1,06,250.00

1

mailto:[email protected]


31. Study and analysis of M-ary FSK demodulation.32. Study and analysis of half sinusoid wave shaping for MSK modulation.33. Study and analysis of MSK modulation.34. Study and analysis of MSK demodulation.35. Study and analysis of 3-bit encoding of serial data for modulation.36. Study and analysis of 3-bit decoding of serial data after demodulation. 37. Study and analysis of 8-QAM modulation.38. Study and analysis of 8-QAM constellation.39. Study and analysis of 8-QAM demodulation.40. Study and analysis of 8-PSK modulation.41. Study and analysis of 8-PSK constellation.42. Study and analysis of 8-PSK demodulation. 43. Study and analysis of 4-bit encoding of serial data for modulation.44. Study and analysis of 4-bit decoding of serial data after demodulation. 45. Study and analysis of 16-QAM modulation.46. Study and analysis of 16-QAM constellation.47. Study and analysis of 16-QAM demodulation.48. Study and analysis of 16-PSK modulation.49. Study and analysis of 16-PSK constellation.50. Study and analysis of 16-PSK demodulation.

Technical Specifications

Digital Synthesized Sine & Cosine wave generation with variable step frequencies 3.2 KHz, 1.6 KHz.

Clock generator with variable step frequencies 3.2 KHz, 1.6 KHz. Data generator: 256 bit pattern Encoding Techniques: 1bit, 2bit, 3bit, 4bit Modulation Techniques: ASK, FSK, BPSK, DBPSK, QPSK, DQPSK,

Π/4QPSK, OQPSK, M-ary ASK, M-ary FSK, MSK, 8-PSK, 8-QAM, 16-PSK, 16-QAM,

Decoding Techniques: 1bit, 2bit, 3bit, 4bit Demodulation Techniques: ASK, FSK, BPSK, DBPSK, QPSK, DQPSK,

Π/4QPSK, OQPSK, M-ary ASK, M-ary FSK, MSK, 8-PSK, 8-QAM, 16-PSK, 16-QAM,

Baud Rate for PC to PC interface is 4.8Kbaud, 9.6Kbaud. Large 5.7” Touch Panel TFT LCD for display of complete system control,

data capture & analysis. In build Mixed Signal Oscilloscope-MSO (DSO + 8 Channel Logic Analyzer)

Number of Channels: 2 Analog Channel (CH1, CH2) + 8 Channel LA (D0 –D7)

Real-time Sampling: 50MSPS Memory Depth: 4K per Channel Trigger Sources: CH1, CH2 Trigger Mode: Normal Time Base Range: 1µsec to 2msec

2



Vertical Resolution: 8bit Math: Addition, Subtraction, Multiplication Waveform Interpolation: Dot, Vector (Linear) Display: TFT (64K, Color LCD), 320 x 240 Touch Panel: Yes

Features

01. Digital Communication Training System is based on VLSI and DSP design.02. In-build internal data generator 256 bit pattern.03.Type of Encoding & Decoding: 1bit, 2bit, 3bit, 4bit 04.Type of Modulations & Demodulations: ASK, FSK, BPSK, DBPSK, QPSK, DQPSK, Π/4QPSK, OQPSK, M-ary ASK, M-ary FSK, MSK, 8-PSK, 8- QAM, 16-PSK, 16-QAM, 05. Constellation (Vector) pattern for respective modulation06. Large 5.7” Touch Panel TFT Graphical LCD for Graphical User interfaces.07. In-build Mixed Signal Oscilloscope (2CH Analog + 8CH Digital) for real-time Signal analysis.08.Training System has more than 30 test points which will help students to Observe the signal on an Oscilloscope and Logic Analyzer too.09. PC to PC interfaces with interactive messaging software.10. More than 45 experiments can be performed.

02 “ Nvis” Make Bluetooth Technology TrainerModel: NV-4003

Technical Specifications:

Carrier Frequency : 2.40 GHz to 2.48 GHzBandwidth : 80 MHzModulation : GFSK, 1MbpsNo. of Channels : 79Channel Intervals : 1 MHzFrequency Hopping : 1600hops/secTransmission Power : +4dBm max (2.5mW)Transmission Range : 10 meter approximateOutput Interface : UART and USBPower Supply : 230V ±10%, 50 HzOperating Voltage : 5VOperating Temperature Range: - 20°C to 85°C.Antenna : Whip Antenna

Scope of Learning:

Study the functioning of Bluetooth Trainer

2,06,250.00

3



Pairing of Slave unit with Master unit using software Study of AT commands Data Communication using UART Data Communication using USB Study of Communication using internal data Study of RF signals

03 “ NVIS” Make Bar Code Scanning Technology TrainerModel: NV-4001


Power Supply : +5 V DC provided from computer by PS/2 InterfacingCurrent : 100 mA (while scanning)Scan-Rate : 100 Scans per second (Typical)Scanning distance : 0 to 30 mmStandards Supports : UPC/EAN, UPC/EAN with supplemental, UCC/EAN 128, Code 39, Code 39 Full ASCII, Code 39 Tri Optic, Code 128, Code 128Full ASCII, Codabar, Interleaved 2/5Interface supported : PS/2Ambient Light Immunity : Immune to direct exposure of normaloffice and factory lighting conditions, as well as direct exposure to sunlight.Dimension (mm) : W 365 × D 265 × H 120Weight : 1.2 Kg (approx)

Experiments that can be performed

To study the conversion of Light into an Electrical signal To understand the scanned output of ADC Barcode signal To study Digital Signal Processing Block To understand the generation of Barcodes To understand commercial applications of Barcodes To understand the working of Barcode Trainer Application

43,750.00

04 CDMA-DSSS Trainer with BIT Error Rate Measurement Built-in DSO & Logic Analyzer with LCD Display.Model: ST 2131AWith on board NRZ binary data bits as a data message, Bit error rate measurement with PRBS-11 data (2047 bits) & signal capture on ComScope Software and built in MSO.

2,48,000.00

4



Note: Logic Analyzer is not required to use above because of built in MSO facility.

05 ‘SCIENTECH’ Make (An ISO 9001 Company) 2 Channel CDMA ( DSSS & FHSS ) TrainerModel: ST-2117


Mains Power supply : 230V (±10%), 50Hz Data SourceData rate : 16Kbps, 8 Kbps, 4KbpsWorld Length : 8 bitsData Format : NRZ (Non Return to Zero)PN Sequence GeneratorsChip Clock: 240 KHz, 120 KHz, 60 KHz, 16KHz, 8KHz, 4KHz.Sequence type : Maximal length sequenceSequence patterns: Selectable through feedback taps in LFSR.BFSK frequencies :100 KHz for mark and 50 KHz for spaceFrequency synthesizer O/P : SinusoidalFrequency synthesizer frequencies : 1.6 MHz, 1.4MHz, 800KHz, 400KHz.Hopping channels :FourNo. of hops per data period : variable (selectable for slow and fast hopping)Interconnections : 2mm socketPower Supply : ± 5V, ± 12V DC, 200mATest Points : 36Dimensions (mm) : W325, H90, D255Weight : 1.1Kgs (approx)

50,000.00

06 ‘SCIENTECH’ Make (An ISO 9001 Company) GSM TRAINERModel: GSM-01


Trainer includes:EVAL-BoardAdapter PCB for A2D or F35 called adapterAdapter PCB for CM2C or CM35 called CM adapterWall mount power adapter9-pin serial cable (pin to pin direct, male to female)GSM antenna (900/1800) and cable (30cm) with coaxial plugCoaxial adapter MMCX - FMECoaxial adapter MC Card - FMEHead-set with RJ-45 plug

1,50,000.00

5



Set of connectors (see appendix for details)2 pieces 40-pin stacking connector (plug and socket)2 pieces coaxial antenna plug (plug and socket)2 pieces 15-pin cable connector (plug and socket)2 pieces external SIM card reader3 pieces short circuit bridges4 pieces mounting clamps4 pieces dowelCD“A2D-Testsoftware”

Included accessories:

Theory manualOperating manualFAQ & application manualGSM glossary & used abbreviationsComplete evaluation kitPower point presentation on GSM.

List of Experiments:

1.Understanding theory of GSM technology 2.Network architecture 3.Data services & capability4. System up gradation.

07 ‘SCIENTECH’ Make (An ISO 9001 Company) Basic GSM TrainerModel: ST 2133


GSM capability : GSM 900 / 1800, E - GSMGSM data services : Asynchronous, Transparent & Non TransparentModes. 14.4 kbits / sSIM Interface : 3 V

RF characteristics :ReceiverEGSM Sensitivity : < -104 dBm

75,000.00

6



DCS Sensitivity : < -102 dBmSelectivity @ 200 KHz : >+9 dBcSelectivity @ 400 KHz : >+41 dBcDynamic range : 63 dBIntermodulation : >-43 dBmC-channel rejection : ³ 9 dBc

TransmitterMaximum output power : 33 dBm ± 2 dB (EGSM)Maximum output power : 30 dBm ± 2 dB (DCS)Minimum output power : 5 dBm ± 5 dB (EGSM)Minimum output power : 0 dBm ± 5 dB (DCS 1800)Noise in 925 - 935 MHz : < -67 dBmNoise in 935 - 960 MHz : < -79 dBmNoise in 1805 - 1880 MHz : < -71 dBmPhase error at peak power : < 5° RMSFrequency error : ± 0,1ppm maxPower supply : 9 VCurrent consumption : Max 500 mADimension (mm) : W 255 × D 155 × H 80Weight : 360 grams (approx.)Included AccessoriesPower adapter - 9 V / 500 mARS - 232 serial cableGSM Antenna (900/1800) and cable (30 cm.) with coaxial plugHandsfree kitCD , Manual

Experiments that can be performed

GSM Theory & Standards Understanding of GSM technology, its network, GSM capability & data

services. Understanding RF environment & study of GSM network by actually

connecting to the GSM environment by any service provider. Command Level Study Real Time study of GSM 07.05 & 07.07 commands in various Categories :

- Command concerning modem & sim card hardware- Network registration commands- Call control command- Call setting commands- Call information commands- Phone Book commands- Serial link control commands- Message setting commands

7



- Storing/restoring commands- Error message handling & survey& many more....

08 GSM Application moduleStudy of GSM real time working fundamentals Appliances switching by SMS using AT commands Flow chart provided Description /Explanation/ Visualization of the AT commands on one screenModel: ST 2133AM

5,850.00

09 ‘SCIENTECH’ Make (An ISO 9001 Company) Base Band Transmitter Training SystemModel: ST 2134

75,000.00

10 16 QAM Training System

VLSI Based Encoding: 4bitsencodingwithSymbolMapperModulation: 16-QAMModulationwithI&Q ChannelConstellation(Vector /XY) ViewUser Selectable Hardware/Real-Time Software ModeNo need of external Data Acquisition CardUser selectable step variable clock frequencyUser Selectable 8 / 16 / 32 / 64 bit DataModel: ST 2136

35,750.00

11 ‘SCIENTECH’ Make (An ISO 9001 Company) GPS TRAINERModel: ST 2276


Channels-12 Frequency L1 C/A Position Accuracy 25 meters CEP without SA Velocity Accuracy 0.1 meters/second, without SA Time Accuracy µs Synchronization to GPS time Maximum Speed 515 meters/Sec. maximum Acceleration 4 g. maximum Jerk 20 meters/Sec3 maximum Maximum altitude 18000 meters Time to First Fix 45/38/8 sec Update rate 1/sec Receiver Sensitivity-175 dbW Input voltage - +5 VDC

55,000.00

8



Current (Avg.) 180 mA Serial communication 4800 Baud (default) Protocol messenger NMEA0183V2.2, SiRf binary & RTCMSC-104V2.0 type 1, 2, 9 Operating Temperature- 40 to + 85

Included Accessories:

GPS Antenna, Software CD-ROM, Theory & Operating manual, FAQ & Application manual, Serial interface cable.


Experiments 1: (1) Understanding the principle of GPS technology.

Experiments 2: (1) Understanding the principle of GPS satellite.(2) Understanding the generation of L1 carrier frequency.(3) Understanding the operation of GPS receiver.(4) Establishing the link between the GPS satellite and GPS Trainer.

Experiments 3: (1) Understanding the shape of earth. (2) Measurement of latitude, longitude.

Experiments 4: (1) Understanding the principle of PRN code in GPS.(2) Understanding the principle of autocorrelation in GPS.

Experiments 5: (1) Understanding the principle of Geometry of the satellite.(2) Understanding the importance of PDOP, HDOP, and VDOP.

Experiments 6: (1) Understanding the principle of NMEA 0183 protocol(2) Analysis of NMEA 0183 protocol

Experiments 7: (1) Study of other NMEA sentence.

Experiments 8: (1) To study the complete GPS environment.

9



12 Fourier Synthesis TrainerCrystal controlled fundamental frequency Digitally controlled select switch forHarmonic. LCD Display for Harmonic measurement. Separate BNC for outputand selected Harmonic On board Summing AmplifierModel: ST 2603

46,800.00

13 ‘SCIENTECH’ Make (An ISO 9001 Company) EPABX Training SystemModel: ST 2657


Number of Inputs: 2 Trunk / direct LinesNumber of extension: 4 linesTechnology: Cross Point Space division (Microprocessor based)Standard features: Tone such as Dial, Busy, Ring etc. Dialing DTMF and pulse (ratio 10 pps).Program Memory: 64 kb EEPROM.Loop resistance: Extension 600 ohms, Co-line 1200 OhmsCross Talk Attenuation: > 70 dB mTest Points: More than 25 Nos.Power Supply: 230 V AC 10% , 50 HzNo. of Switched faults: 8No. of Test points: 38Features that can be set: Line Hunting, Direct access to trunk line, redial, line status indication, automatic call back Do not disturb, call transfer, call pick up, Direct access trunk call forwarding, call parking, conference, Hot line system, extension privacy, call transfer Barge in.Fuse: 2 AmpPower: 230 V AC 10%, 50 Hz.


01. Generation of Various Tones Dial Tone, Busy Tone, Ring back Tone.02. Measurement of Ring Generation03. Study & Analysis of croos point space division switching04. Study & Analysis of manual switching05. Analysis of Pulse/DTMF dialing from Telephone (Extns).06. Measurement of Relay & Ring Control Signals.07. Study & Analysis of On/Off hook, ring detection.

50,100.00

14 ‘SCIENTECH’ Make (An ISO 9001 Company) Satellite communication trainerModel: ST 2272

1,25,000.00

10




Uplink Transmitter:Transmit three signals simultaneously at each up linking frequency1200/1250//1300 MHZ up linking frequencies selectable by up down.S with and LED indication 4 MHz clock frequency.Wide band RF amplifier. No manual matching required.PIC 16f84-8 Bit RISC processor based PLL.16 MHz Bandwidth.FM Modulation of Audio& video.5/5.5/8 MHz Audio & Video Modulation.Detachable Dish Antenna.Radiated power o/p 25mW (approx) with gain control.Transmit Audio, Video, Digital/Analog data, Tone,Voice Function Generator waveforms etc.Separate terminals provided for Different inputs.Power Supply: 230V, ±10%, 50Hz.

Satellite Link:Transponder with selectable frequency conversion.Choice of 3 downlink frequencies 1100/1150/1200 MHzRotary Switch and Tuner for selecting Uplink frequency,Link Fail OperationDetachable Dish Antennas.Radiated power 25 mW Approx. with gain control.Power Supply: 230 Volts, ± 10%, 50Hz.

Downlink ReceiverReceives and demodulate three signals simultaneously.Based on Euro star Tuner.Intermediate Frequency 479.6 MHz. (approx.)1100/1150/1200 MHz fix frequencyVariable tuner 900 – 1500 MHz.-60 dBm (approx.) sensitivity at tuner input.Built in speaker for Audio outputDetachable Dish Antenna.Power Supply: 230 Volts, ± 10%, 50Hz.

Standard Accessories:Operating Manual: 1 No.Mains cord: 3 Nos.Audio-Video Cables: 2 Nos.Dish Antennas: 4 Nos.BNC - Banana Cables: 2 Nos.BNC- BNC Small Cables: 4Nos.

11



Dynamic Microphone: 1 No.

Experiments:

01. Understanding Basic concepts of Satellite Communication. Theoretical Concept only.02. To establish a direct communication link between Uplink Transmitter and Down link receiver using tone signal.03. To setup an Active satellite link and demonstrate Link Fail operations.04. To establish an AUDIO- VIDEO satellite link between Transmitter and Receiver.05. To communication VOICE signal though satellite link.06. To change different combinations of uplink and downlink frequencies and To check the communication link.07. To transmit and receive three separate signal (Audio, Video, Tone) Simultaneously through satellite link.08. To transmit and receive function generator waveform through satellite link.

09. To transmit and receive PC data through satellite link.

15 ‘SCIENTECH’ Make (An ISO 9001 Company) Mobile Telephone Trainer Model: ST-2132

Features:

1. GMSK signals.2. User interface control signals.3. Frequency measurement & band verification.4. Charging theory. & Study of different operating modes.6. Switching application (optional appliances *)


Cellular system: EGSM/GSM 900 MHzRx Freq. Band: EGSM 925-960 MHz , GSM 935-960 MHzTx Freq. Band: EGSM 880-890 MHz , GSM 890-915 MHzOutput power: +5 to +33 dbm/3.5mW upto 2 WChannel spacing: 200 kHzAntenna: loop type 50 OhmDisplay: 84 X 48 Pixels On board selection: antenna, key pad, SIM, Charging ckt, Clock User interface, Vibrator, LEDs. No of Test Points: 41No Of Switched Fault: 25

76,000.00

12



Feature that can be set: Screen savers, Ring Tones, Logos, and SMS etc.Accessories Included: Battery, Mains Cord, Manual, Hands free Kit, CD Contenning Mobile Phone Working Presentation.Power Requirement: 220V ± 10% 50 HzPower Consumption: 3.6 Watts (Approx)Fuse: 1.5amps

16 ISDN TRAINER Model: ISDN-01


Physical LayerTotal Ports (Lines): - 1 ISDN Basic Rate (2B + D)Interfaces At Each Port: -U (2B1Q) , S/T (ASI bipolar)Connectors: - 4 each RJ-45Maximum Devices: - 6 (4TE + 2NT)Terminal Power: -40 +/- 0.5 VDCMaximum Cable Drop: -1600 Meters (U) 100 Meters (S/T)U Indicators: Activation, S/T Interface Active, Cold Start Active, Near End Bit Error (NEBE), Far End Bit Error (FEBE), Synchronization Transceiver Active, Embedded Operation Channel (EOC), Primary Power 1 and 2S/T Indicators: - Receive INFO State, Transmit INFO State, S Bits, Q BitsData Link LayerProtocols: - X.25 LAP-B , Q.921 LAP-DMaximum Packet Length: - 128 BytesLogical Links: -SAPI 0, 16, & 63Link Controllers: - Maximum of 10 DLCI Addresses

Available ProtocolsNational ISDN-1AT&T 5ESS Custom Northern Telecom DMS-100 European Telecommunications Standards Institute (ETSI) call control, including code sets 0, 5, 6 and 7, NET work Escape message types

Mechanical and Electrical

Dimensions: 4.25" (h) x 11.5" (w) x 10.25" (d)Weight: 8.0 lbsPower: Switch able 90-125/230 VAC, 60 HZ, Fused 1/2 Amps, EMI FilterEnclosure: High-Impact Plastic with Swivel Carrying HandleMemory: 32K Non-Volatile Static RAM, 64K EEPROMDisplay: 4 Line by 20 Character Fluorescent

3,31,500.00

13



Keypad: 16 Key, Membrane, for Portable OperationInterface: RS-232 Serial Modular Jack, for Keypad or Remote Operation

17 “ NVIS” MakeRFID TrainerModel: NV4000

Technical Specifications

Operating Frequency : 13.56 MHzModulation Type : ASKOperating Range : Less than 10 cmProtocol Support : ISO 14443A , ISO 14443B , ISO 15693Application Software : This programme helps the students to understand the attendance records by using RFID technologySupply Voltage : 3.3 V for controller and Reader, 5 V for LCD displayMicro Controller : 89C51 ED2 with 256 KByte RAM and 64 KByte ROMAntenna : Inductively coupled coil typePower Supply : 230 V ± 10%, 50 HzDimension (mm) : W 365 ´ D 265 ´Fuse : 250 Ma

81,250.00

18 Blue Tooth Embedded Headset kit Model: BEHK-100

Features:

Bluetooth Chip Set: CSR (BC02-External) Standard: Bluetooth V1.1Operating Range: 10 m (class 2)Frequency: 2.4 GHz, Profile: Headset and Audio gateway

83,850.00

19 Blue Tooth Link DemonstratorModel: BTL-01

29,770.00

20 Blue Tooth Basic Development Kit Model; BT-1000

2,51,550.00

21 Blue Tooth Telecom Trainer Model: BT-2001

4,19,250.00

22 Blue Tooth Embedded Training systemBT-3000

6,14,900.00

14



23 Wireless LAN Demonstrator Model: WL-01

35,100.00

24 Mobile Telecom Board Level KitModel: MT-1000

2,51,550.00

25 Mobile Telecommunication TrainerModel: MT-2000

4,19,250.00

26 Microwave Experiment KitModel: MW-1000

SpecificationsFrequency : 2.0 [GHz] ~ 2.4 [GHz] Input Impedance : 50 [ohm]Connecting loss : 03[dB]Substrate material : TeflonPCB thickness : 0.787[mm]Dielectric constant : 2.5Components:Main Components: 9 EA Connector: 2 EA50 Ohm Terminator: 2 EA Answer Sheet: 1 EA Packing Box: 1 EA Text Book: 1 EA

Tapered Line Impedance Transformer Wilkinson Power Divider Quadrature Hybrid CouplerCoupled Line Directional CouplerFolded Lange CouplerUnfolded Lange Coupler180° HybridStepped Impedance Low Pass FilterCoupled Line Band Pass Filter

2,02,800.00

27 Microwave Communication Trainer Model: MW-2000

Specifications:

Frequency Band : 2.4 GHz ~ 2.5 GHzModulation : FSK

3,91,950.00

15



Bit Rate : 4800 ~ 14400 [bps]Output Power: + 4.5 [dBm] Max.Impedance : 50 ohmSubstrate Material : Rogers RO4003CPCB Thickness : 0.508 [mm]Dielectric Constant : 3.38

Components:Device: 12 EA Antenna Cable: 2 EA DC Power Adapter: 2 EA Antenna Supporter: 2 SetDC Power Cable: 2 EA SMA Adapter: 6 EARS232 Cable: 2 EA50 Ohm Terminator: 1 EA, RF Cable: 3 EASoftware Program: 1 EA Textbook: 1 EA, Answer sheet: 1 EACarriage Bag: 1 EA Program CD: 1 EA

TERMS & CONDITIONS FOR THE ENCLOSED QUOTATION:

1. DELIVERY PERIOD : 2 to 6 weeks (depending on item) from the date of receipt Technically & Commercially clear order.

2. DELIVERY DESTINATION : EX- INDORE / F.O.R DESTINATION.

3. PAYMENT : 100% advance / 100% against DOD Basis.

4. WARRANTY : 2 Years

5. VALIDITY : 45 Days.

6. VAT : Extra @13 %.

FOR: MARKETING CENTRE – INDIA

16



(Mahesh Sharma)Mo. No.: 98270-24849

17


quotation for advance communication lab for 8th sem %2826-11-2011%29[1]

Documents