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UC2950TG3 Texas Instruments Half-Bridge Bipolar Switch 5-TO-220 -20 to 100 visit Texas Instruments
UC2950T Texas Instruments Half-Bridge Bipolar Switch 5-TO-220 -20 to 100 visit Texas Instruments Buy
HIP2100IRZ Intersil Corporation 100V/2A Peak High-Frequency Half Bridge Driver with CMOS Logic Inputs; QFN16, SOIC8; Temp Range: -40° to 85°C visit Intersil Buy
ISL2111ARTZ Intersil Corporation 100V, 3A/4A Peak, High Frequency Half-Bridge Drivers; DFN10, DFN12, DFN8, SOIC8; Temp Range: -40° to 125°C visit Intersil Buy
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ISL2111BR4Z-T Intersil Corporation 100V, 3A/4A Peak, High Frequency Half-Bridge Drivers; DFN10, DFN12, DFN8, SOIC8; Temp Range: -40° to 125°C visit Intersil Buy

VSWR Bridge

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: www.fmbroadcastparts.com Spectrum measurements Input VSWR Pass band / harmonic measurement Screenshots from R&S FSH3.23 with vector option enabled. For input VSWR measurement, R&S®FSH-Z2 VSWR Bridge has been used , output to the output connector of the enclosure. Without this coax, the VSWR Bridge will not function , shutdown function of the VSWR Bridge, you have to switch the input and output of the LPF. Then power on , and best possible harmonic suppression. As an extra feature, there is an on board VSWR (shutdown FMbroadcastparts
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N1996A-506

Abstract: N1996A-0BW signal source, preamplifier, and VSWR bridge · Battery life: 2 hours (typical) Features · Brightest , built-in VSWR bridge, optional internal signal source, and stimulus/ response measurement suite confirm , VSWR bridge enable a powerful range of scalar measurements not commonly found in general purpose , measurements 2 Shallow depth of 25 cm (with bumpers) conserves bench space Built-in help VSWR bridge is built-in, reducing the complexity of stimulus/response measurements Built-in preamplifier
Agilent Technologies
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Abstract: ) VSWR Bridge (VB1020/VB1040) RF Demo Kit (TX1000) DSA Accessories (DSA Utility Kit) DSA PC , Measurement Kit (for DSA1030 , DSA1030-TG) VSWR Bridge (2GHz) VSWR Bridge (4GHz) USB to GPIB Interface , Level Measurement Uncertainty RIGOL
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DSA1030A DSA1030A-TG 800X480 DSA1000 SA1020 DSA1020

ATT03301H

Abstract: ¼‰ Rack Mount Kit (RM-DSA800) VSWR Bridge (VB1020/VB1040/VB1080) RF Demo Kit (TX1000) RF , ) VSWR bridge with VSWR-DSA800, 1 MHz to 2 GHz VSWR bridge with VSWR-DSA800, 800 MHz to 4 GHz VSWR , Measurement Functions (Opt.) ● EMI Filter & Quasi-Peak Detector Kit(Opt.) ● VSWR Measurement , Accessories(Cable, Adaptor,Attenuator,Bridge .) ● Complete Connectivity: LAN(LXI),USB Host & Device , ) directly VSWR measurement RIGOL 2 RIGOL Spectrum Analyzer Option and Accessory Harmonic
Meilhaus Electronic
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ATT03301H D-82239 DSA800 DSA832/875 DSA815 DSA832 DSA875

DSA800

Abstract: ATT03301H ) VSWR Bridge ( VB1020/VB1040/VB1080 ) RF Demo Kit ( TX1000 ) RF Demo Kit ( RX1000 ) RF CATV , ) RF demo kit (receiver) VSWR bridge with VSWR-DSA800, 1 MHz to 2 GHz VSWR bridge with VSWR-DSA800, 800 MHz to 4 GHz VSWR bridge with VSWR-DSA800, 2 GHz to 8 GHz rack mount kit soft carrying bag USB , — EMI Filter & Quasi-Peak Detector Kit (Opt.) ● VSWR Measurement Kit (Opt.) ● PC , , Attenuator, Bridge .) ● Complete Connectivity: LAN (LXI), USB Host & Device, GPIB (Opt.) â
RIGOL
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CB-NM-NM-75-L-12G CB-NM-SMAM-75-L-12G VB1020 VB1040 VB1080 877-4-RIGOL-1
Abstract: VSWR bridge configured as indicated in the figure below TG OUT RF IN VSWR bridge IN OUT , Frequency range Output Level Output flatness Output impedance VSWR Output connector 5MHz to 3.3GHz , Frequency response Input impedance Input VSWR Input attenuator Operating range Switching error RBW , Output flatness Output impedance VSWR Output connector General Input connector Save/Load Save B&K Precision
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RS-232C 25VDC BP2650 AK2650 RS232 PT2650

VSWR Bridge

Abstract: ASPRA1410 VSWR bridge (oscilloscope) is needed. For a stainless steel whip, the adjustment may be made by moving , by simple replacement with gain antenna Electrical Frequency Range Gain VSWR Power Bandwidth , Tuning Antennas for Minimum VSWR . . . To obtain the most efficiency from a radio system, proper tuning
Antenna Specialists
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ASPR1410 ASPRA1410 ASPRA1415 ASPRB1415 ASPRC1410 VSWR Bridge whip ANTENNA whip ASPR-1415 RG-58/U ASPRJ1410 ASPRJ1415
Abstract: www.fmbroadcastparts.com Spectrum measurements Input VSWR Pass band / harmonic measurement Screenshots from R&S FSH3.23 with vector option enabled. For input return loss measurement, R&S®FSH-Z2 VSWR Bridge has , Teflon coax to this point. Connect a Teflon Coax from the output to a VSWR board or the output connector , including the N connectors. Output, connect an N connectorised Teflon Coax from the output to a VSWR board FMbroadcastparts
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148MH 144-148MH 100CM

A1474

Abstract: A14-SK your feedlne is noicnocal Connect a good q ja it y VSWR bridge to the ond o f ftis cable Connect a short length of cable [ 10 ft (3 m) or loss] from the VSWR bridge to tho antenna Set the transw ner to your center operating frequency When you read VSWR. be sure you move far enough away from the antenna so that your body doos not effort * 1 0 read ng Measure the VSWR If it is high, move the tuning strap , wish to check the VSWR before installaoon. ptease observe the foloaing procedures. To prevent detuning
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OCR Scan
A14-VPK A14-SK A1474 A14VPK A147-4 PL-259

VSWR Bridge

Abstract: N9340 Generator and VSWR Bridge Coverage Test, Interference Analysis, Band Clearance, and Spectrum Monitoring
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N9340 spectrum analyzer battery analyzer N9340B U2000 N9342C/N9343C/N9344C N9343C N9344C N9342C
Abstract: Input VSWR Pass band / harmonic measurement Screenshots from R&S FSH3.23 with vector option enabled. For input return loss measurement, R&S®FSH-Z2 VSWR Bridge has been used. All measurements with , Teflon Coax from the output to a VSWR board or the output connector of the case. GND, connect the outer , , connect an N connectorised Teflon Coax from the output to a VSWR board or the output connector of the FMbroadcastparts
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A4306SN

Abstract: quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (3 m) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect the reading. Measure the VSWR. If it is high, move the Reddi-Match clamp by 1/4" (.6 cm) in one direction and check the , require tuning after assembly. However, if you wish to check the VSWR before installation, please observe
Cushcraft
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A4306SN

24011

Abstract: A449VPKS quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (3 m) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect the reading. Measure the VSWR. If it is high, move the Reddi-Match clamp by 1/4" (.6 cm) in one direction and check the , require tuning after assembly. However, if you wish to check the VSWR before installation, please observe
Cushcraft
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24011 A449VPKS A449 rod antenna A449-6S
Abstract: vector option enabled. For input return loss measurement, VSWR Bridge CD87015 X-Tractor has been used , Drain Voltage supply 52 V dc Is Supply Current 12 A dc VSWR Load Mismatch (all , ground for bias disable or connect to vswr protection circuit +48V DC, connect a + 48â'¦50V DC 10 FMbroadcastparts
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PA300-50V 70-72MH 140MH 210MH
Abstract: VSWR Bridge CD87015 X-Tractor on R&S FSH3.23 with vector/network analyser option enabled. RF ouput , Input VSWR 1.9 Insertion Phase Variation (Unit to Unit ) < 10 degrees Power Gain , VSWR Load Mismatch (all phase angles, Tc=45°C ) 3:1 Tstg Storage Temperature Range TC , amplifier. Disable pad, shorted to GND will shut down the Bias of the Amplifier, for use with VSWR FMbroadcastparts
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FM300-50BLF-ROHS FM300-50BLF

A270-10S

Abstract: UHF Antenna . Connect a good quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (3 m) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect , settings. An VSWR of 2:1 or less is sufficient. However, if you wish to check the VSWR before installation , match. Do not attempt to match separately since the two driven elements interact. Measure the VSWR
Cushcraft
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A270-10S UHF Antenna METER/70

UHF Antenna

Abstract: A2706 . Connect a good quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (3 m) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect , settings. An VSWR of 2:1 or less is sufficient. However, if you wish to check the VSWR before installation , match. Do not attempt to match separately since the two driven elements interact. Measure the VSWR
Cushcraft
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A2706 A270-6S
Abstract: . Connect a good quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (305 cm) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect the reading. Measure the VSWR. If it is high, move the Reddi-Match clamp (69) by 1/4" (.6 cm) in , -3S does not normally require tuning after assembly. However, if you wish to check the VSWR before Cushcraft
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A50-3S

A147SK

Abstract: A147-SK quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (3 m) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect the reading. Measure the VSWR. If it is high, move the tuning strap by 1/4" (.6 cm) in one direction and check the VSWR , normally require tuning after assembly. However, if you wish to check the VSWR before installation, please
Cushcraft
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A147SK A147-SK C2653 A144 Top marks EB A144-11

A14420

Abstract: A144-20T . The length of this cable is not critical. Connect a good quality VSWR bridge to the end of this cable. Connect a short length of cable [10 ft (3 m) or less] from the VSWR bridge to the antenna. Set the transmitter to your center operating frequency. When you read VSWR, be sure you move far enough away from the antenna so that your body does not effect the reading. Measure the VSWR. If it is high, move the tuning , tuning after assembly. However, if you wish to check the VSWR before installation, please observe the
Cushcraft
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A144-20T A14420
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