Society For Applied Microwave Electronics Engineering And Research Tender

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Society For Applied Microwave Electronics Engineering And Research Tender

Goods

Electrical Goods and Equipments

Electrical and Electronics

GEM

Thane, Maharashtra

Opening Date22 Jan 2025

Closing Date12 Feb 2025

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Costs

EMD
₹ 1,74,000
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Refer Documents
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Description

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Contact

Tender Id
GEM/2025/B/5853418
Tender No
GEM/2025/B/5853418
Tender Authority
Society For Applied Microwave Electronics Engineering And Research View
Purchaser Address
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Website
http://bidplus.gem.gov.in

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Documents

Tender Notice-42.8 MBcn162tech_2025-01-...cn162tech_2025-01-22-12-30-53_eca1c8977d62c4fb9e0de1d477ba894d.pdf

cn162tech_2025-01-22-12-30-53_eca1c8977d62c4fb9e0de1d477ba894d.pdf

Tender Notice-32.8 MBCN162TECH_0b0c887f...CN162TECH_0b0c887f-7edf-4ac4-b5a01737541520498_msj_sam_mum.pdf

CN162TECH_0b0c887f-7edf-4ac4-b5a01737541520498_msj_sam_mum.pdf

Tender Notice-2549.1 kBlist-of-categories...list-of-categories-where-trials-are-allowed_1712126171.pdf

list-of-categories-where-trials-are-allowed_1712126171.pdf

Tender Notice-115.9 kB1737540857.xlsx

1737540857.xlsx

Document-2110.4 kBGeM-Bidding-741401...GeM-Bidding-7414019.pdf

Report Missing Document

BOQ Items

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4. Nominal turn ratio 1:11, we preferred this turn ratio to suit our modulator specifications

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5. Pulse width : 8 µs measured at 70 % amplitude

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6. Rise time 800 ns or better measured between 10% to 90% voltage amplitude

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7. Overshoot 3 % maximum

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8. Droop 3% maximum

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9. Operating Pulse repetition rate : 300 pps

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10. Primary source impedance : 12.5 ohm

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11. Polarity of primary to secondary voltage is the same

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12. Secondary low end insulation to core and base plate 1500 volt

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13. Primary low end insulation to core and base plate 1500 volt

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14. Type of secondary winding : Bifilar

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15. Voltage between winding 230 volt RMS , 50 Hz.(230-240 volt )

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16. Current through winding 2 amperes for filament transformer primary of klystron

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For Drawing Refer - Figure 1

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Charging Choke-15

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1. 1.25H

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2. 8 Ampere peak (8.2 Ampere peak)

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3. 15 kvDC ( 16 kvDC)

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4. Operating Pulse repetition rate : 290 PPS

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5. Insulation: 35 KV DC

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6. Coolng : Normal air

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For Drawing Refer - Figure 2

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CVD Probe-15

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1. CVD-200/R0HS

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2. Ratio 1:20000

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3. Cable Length : Calibration with length of 100 meter co-axial cabala (RG 223) 50 OHM Impedance

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For Drawing Refer - Figure 3

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Klystron Filament Transformer-15

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1. Primary Voltage : 230 Vrms, 50 Hz AC

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2. Secondary Voltage : 8 V , 33A

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3. Secondary side cable length 10 inches

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For Drawing Refer - Figure 4

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Pulse Current Transformer CT 3-0.01

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1. Output (Accuracy ±0.5%) : 0.01 (volt/amp)

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2. Inner Diameter : 2.87 in

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3. Max. Current (Peak) : 50 k A

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4. Max. Current (RMS) : 100 A

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5. Pulse Rise Time : 20 ns

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6. Square Pulse Droop : 0.02 %/μsec

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7. Square Pulse IT max. : 1 amp.sec

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For Drawing Refer - Figure 5

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Pulse Current Transformer CT 0.5-0.1W

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1. Output (Accuracy ±0.5%) : 0.1 (volt/amp)

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2. Inner Diameter : 0.5 inch

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3. Max. Current (Peak) : 5 k A

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4. Max. Current (RMS) : 50 A

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5. Square Pulse Rise Time : 20 ns

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6. Square Pulse Droop : 0.001 %/μsec

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7. Square Pulse IT max : 0.2 amp.sec

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8. Approx. 3dB Point Low : 1 Hz

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9. Approx. 3dB Point High : 20 MHz

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10. I/F : 0.6 Peak Amp/Hz

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11. Receptacle : BNC Jack

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For Drawing Refer - Figure 6

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Pulse Current Transformer CT 2-0.1

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1. Output (Accuracy ±0.5%) : 0.1 (volt/amp)

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2. Inner Diameter : 2 inch

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3. Max. Current (Peak) : 5 k A

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4. Max. Current (RMS) : 30 A

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5. Pulse Rise Time : 20 ns

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6. Square Pulse Droop : 0.005 %/μsec

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7. Square Pulse IT max. : 0.06 amp.sec

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For Drawing Refer - Figure 7

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Pulse Current Transformer CT 0.5-1W

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1. Output (Accuracy ±0.5%) : 1 (volt/amp)

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2. Inner Diameter : 0.5 inch

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3. Max. Current (Peak) : 500 A

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4. Max. Current (RMS) : 5 A

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5. Square Pulse Rise Time : 10 ns

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6. Square Pulse Droop : 0.1 %/μsec

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7. Square Pulse IT max.: 0.002 amp.sec

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8. Approx. 3dB Point Low : 140 Hz

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9. Approx. 3dB Point High : 35 MHz

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10. I/F ; 0.006 Peak Amp/Hz

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11. Receptacle : BNC Jack

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For Drawing Refer - Figure 8

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Charging Inductor – 4

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1. Charging Inductor: 1.5 Henry

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2. Input voltage : 13 kv 15 kv

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3. Average current ; 1 ampere

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4. Insulation: 35 KV DC

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5. PRF : 350 pps (300 pps)

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6. Cooling : Normal air

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For Drawing Refer - Figure 9

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Pulse Transformer -4

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1. Load:- Magnetron M-5193 ,E2V

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2. Operating output pulse voltage = 48 Kv/118 ampere (52 Kv/120 ampere)

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3. Input impedance = 25 ohm

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4. Flat top length 4 micro second at 100% amplitude (4.5 microsecond)

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5. Pulse Repetition Rate= 300 pps (290 pps)

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6. Rise time =500 ns, from 10-90 % Voltage amplitude

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7. Primary to secondary ratio =1:4

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8. Primary source impedance = 25 ohms

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9. Droop of Flat top =2 % max ( =2.4 % max)

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10. Primary low end insulation to core & base plate voltage =1500V

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11. Secondary low end insulation to core & base plate Voltage = 1500 V

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12. Polarity of Primary & Secondary Voltage same, Secondary Bifilar type.

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13. Current through secondary winding 8 amps . (8.2 amps)

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14. Gun Tap Voltage: 22Kv (23Kv)

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For Drawing Refer - Figure 10

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