CHECK OUT THE WIKI The purpose of the wiki is mainly to allow you to find information on instruments, either from either
- The model number
- The function(s) listed below. Some instruments have multiple functions - for example, the 4195A is a VNA, spectrum analyzer and an impedance analyzer. Therefore the 4195A is listed in multiple categories
Please also check out HPWiki available here:
- Accessory kits - various types
- AC power analyzers - PA2201A and PA2203A
- AC power supplies 6811C, 6812C, 6813C
- Airlines
- Arbitrary waveform generators M8194A
- Amplifiers?493A, 495A?
- Attenuators (optical) 8156A, 8157A, 8158B, 81566A, 81576A,?
- Attenuators (RF) 8494A
- Attenuator set (500 ¦¸) 350C
- Attenuator set (600 ¦¸) 350D
- Attenuator switch driver
- Audio analyzers? 8903A, 8903B, 8903E,? ?
- Base station test sets
- Bit error rate testers (BERTs)
- Cables
- Capacitance meters U1701A, U1701B, 4272A, 4278A, 4279A
- Capacitor Bridge 4270A,
- Capacitor standards 16380A, 16380C,?
- Carrier noise test setsi
- Cesium frequency standards
- Clamp ammeters
- Close field probes
- Crystal Impedance E4915A, E4916A
- Data Acquisition Systems (DAQs)
- DC power analyzers
- DC power supplies 6030A , 6031A , 6032A, 6033A, 6035A, 6131C, 6621A, 6622A, 6623A, 6624A, 6627A, 6255A, 6645A, 6671A, 6672A, 6673A, 6674A, 6675A, 62003A, 62003C, 62003E, 62004A, 62004B, 62004E, 62005A, 62005B, 62005E, 62006A, 62006B, 62006E, 62010A, 62010C, 62010E, 62012A, 62012C, 62012E, 62015A, 62015C, 62015E, 62018A, 62018C, 62018E, 62024A, 62024C, 62024E, 62028A, 62028C, 62028E, 62048A, 62048C, 62048E
- Delay lines
- Detectors
- Device current waveform analyzers
- Digital communications analyzers
- Directional couplers
- Distortion analyzers 330B, 330C, 330D, 331A, 332A, 333A, 334A, 339A, 8903A, 8903B, 8903E,???
- Dynamic measurement DC source
- Electrometers
- Fading simulators
- Femto ammeters
- Filters
- Frequency counters 522B, 5342A 5343A 5352B
- Frequency standards?
- Function Generators ? 3310A,? 8165A,
- GPIB controllers, extenders, cables etc.
- GPS frequency standards
- Harmonic mixers
- High resistance meters 4339B
- High resistance meter fixtures 16008B
- HEV EV Grid Emulators and Test Systems
- In-circuit test systems
- Impedance analyzers 4195A, 4291A, 4291B, 4395A, 4396A, 4396B, 4294A, E4990A, E4991A
- Impedance Analyzer Accessories
- Impedance / Gain Phase analyzer 4194A
- Impedance Meter 4193A,
- Isolators
- LCR meters? U1701A, U1701B, U1731A,? U1731B, U1731C, U1732A, U1732B, U1732C, U1733C, 4191A , 4192A, 4194A, 4195A, E4196A,? 4216A, 4260A, 4261A, 4262A? 4263A, 4263B, 4271B, 4274A, 4275A, 4276A , 4277A, 4284A, 4285A, 4286A, 4287A, 4291A, 4291B, 4294A, 4332A, 4342A, 4395A, 4396A, 4396B, E4980A and E4980AL
- LCR meter calibration devices? 16380A 42030A? 42090A, 42091A and 42100A
- LCR meter accessories
- 2-Terminal BNCs.
- 4-Terminal Pair (BNC connectors)
- Cable extension 16048A, 16048D, 16048E, 16048G, 16048H
- DC current bias accessories 42841A, 42842A, 42842B, 42842C, 42843A
- DC voltage bias accessories 16065A, 16065C,
- Kelvin clips 16089A, 16089B, 16089C,16089E
- Lead Components 16047A,16047B, 16047D, 16047E
- Material 16451B, 16452A
- Probes 42941A
- SMD 16034E, 16034G, 16034H
- 2-port 16096A
- 7 mm (APC7)
- 2-Terminal BNCs.
- LCZ meters? 4276A, 4277A,
- Lightwave clock / data receivers
- Lightwave converter
- Lightwave component analyzer
- Lightwave measurement system mainframes
- Lightwave polarization analyzers 8509B
- Logic analyzers
- Nemo wireless network solutions.
- Noise and interference test set
- Noise figure analyzers
- Noise sources 346A, 346B. 346C ,
- Matching pads (50 ohm to 75 ohm or similar)
- Materials test equipment
- Microwave repeaters
- Microwave downconverters 70427A
- Microwave / THz sources
- Milliammeter 428B
- Milliohm meter
- Mobile communications DC source
- Modular instruments
- AXIe
- Data acquisition (DAQ)
- USB
- PXIe
- Modulation analyzers
- Multimeters 427A, 970A
- Optical attenuators
- Optical heads
- Optical sources
- Optical spectrum analyzers
- Oscilloscopes 120A, 120AR, 120B, 122A, 130A, 130B, 130BR, 130C, 140A, 140B, 141A, 150A, 150AR, 160B, 180A, 180AR, 180CD, 181A, 181AR, 181T, 181TR, 182C, 182T, 183A, 183B, 184A, 184B, 185A, 185B, 1200A, 1200B, 1220A, 1221A, 1703A, 1707A, 1707B, 1710A, 1710B, 1715A, 1722A, 1725A, 1726A, 1740A, 1741A, 1742A, 1743A, 1744A, 1746A, 1980A, 1980B, 5403A, 6000A, 6000L, 16533A, 16534A, 54100A, 5410B, 54100C, 5100D, 54111D, 54120A, 54120B, 54200A, 54501A, 54502A, 54503A, 54504A, 54520A, 54520C, 54540A, 54540C, 54542A, 54542C, 54600B, 54601A, 54601B, 54602B, 54603B,? 54645A, 54654N, 54710A, 54720A, 54750A, 54825N, E1428,?
- Oven controlled crystal oscillators (OCXOs)
- Pattern generators
- PCM terminal test set
- Phase noise measurement
- Pico ammeters
- Printers 2225
- Plotters 7470A, 7475A?
- Probes
- Protocol analyzers and exercisers.
- Power booster test sets
- Power meters 431A, 431B, 431C, 432A, 435A, 435B, 437B, 438A
- Power splitters
- Power supplies
- Pulse generators
- Q-meters 4342A?
- Q-meter calibration inductors 16470A
- Reflection transmission test set
- Return loss module (optical)
- Relays / switches / switch matrices (optical)
- Relays / switches / switch matrices (RF)
- Resistor standards 42030A?and 42100A
- S-parameter test sets
- Scalar network analyzers
- SCSI bus preprocessor interface E2324A
- Selective level meters 3746A
- Semiconductors
- Semiconductor parameter analyzers 4145A, 4155B, 4156B,
- Signal analyzers
- Signal generators / sweep generators / signal sources / oscillators 200CD, 201B, 209A, 204D,? 608A,? 8165A
- Software
- Source measure units
- Spectrum analyzers 4195A,???
- Switch control units
- SWR meter 415E?
- Time interval? counters
- Time mark generator 226A
- Timing and data state modules
- Torque wrenches
- Transmitter testers
- Trigger modules
- Ultrasound transducers
- Universal bridge? 4260A, 4265A, 4265B?
- Vacuum tube voltmeter 410C
- Vector Impedance Meter 4193A, 4800A, 4815A
- Vector Network Analyzers (VNAs) 4195A,? 8510A, 8510B, 8510C, 8753A, 8753B, 8753C, 8753D, 8753E, 8753ES, 8752ET, 8719A, 8719B, 8719C, 8719D, 8720A, 8720B, 8720C, 8720D, 8720ES, 8722A, 8722B, 8722C, 8722D, 8722ES,
- Vector Network Analyzers (VNA) calibration kits 85032B, 85032E, 85033C, 85033D, 85033E, 85050B, 85050C, 85050D, 85052B, 85052C, 85052D, 85054A, 85054B, 85054D, 85056A
- Vector Network Analyzer (VNA) verification kits
- Vector Signal Analyzer 89650S, 89600S
- Vector voltmeters 8405A, 8508A,
- VXI mainframes 70000B, 70000C
- Waveform and function generators
- Waveguide to waveguide and waveguide to coaxial transitions.
- Wireless 58 OTA chambers
- Wireless channel emulators
- Wireless network emulators
- Wireless communication test sets
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Re: VNA Resonance Methodology
Oops - I lisdexified it. It's HP4342A not 4243A.?? Ed
By
ed breya
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#148771
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Re: VNA Resonance Methodology
Next thing I've done is to measure the Q using the 3dB bandwidth method. I can do this using various test jigs but in this case I tried doing it with the resonator up in free space and I coupled to it
By
jmr
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#148770
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Re: VNA Resonance Methodology
Here's yet another approach. One of my projects from some years back was to build a Q-meter front end - power amplifier, impedance converter transformer, high-Z RF amplifier, variable capacitor, and
By
ed breya
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#148769
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Re: Troubleshooting a 8591e with opt 130
Hey Gordon and Yves, Thanks for the advice! I had a look there before but I was wondering if it really is different from the CLIP that's freely available on the keysight website. Because the artek
By
Marco
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#148768
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Re: VNA Resonance Methodology
I managed to get some 0.4mm diameter wire and the datasheet suggests that the enamel adds about 0.06mm to the diameter. To get close to a 31mm former I had to wrap some masking tape around an existing
By
jmr
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#148767
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Re: VNA Resonance Methodology
Yeah, it's not trying to solve Unified Field Theory, but just looking at some common engineering problems from different perspectives and methods. It's good to know of various approaches and
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ed breya
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#148766
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Re: Troubleshooting a 8591e with opt 130
Hi Marco If you go to Artek manuals ArtekManuals | Your one stop shop for out of print test equipment manuals ( https://artekmanuals.com/ ) You will find a clip for HP8591E it comes with several other
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Gordon Slessor
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#148765
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Re: VNA Resonance Methodology
I agree a bit with this idea but in this group we surf all time between the old an new measurement methods and equipment. In this sense the analysis of different measurements techniques and the way to
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Patricio A. Greco
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#148764
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Re: VNA Resonance Methodology
Not really. A modern VNA is a very versatile tool. The original question was about using a VNA to test the resonator for resonance so I've tried to show how a VNA can be used in a way that will easily
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jmr
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#148763
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Re: HP 8341B 1992 firmware version
Hi Saevar, Dmitrij, Thank you very much. In that case I will order 4 eproms and I will try to do the upgrade. I hope it will work. Thank you very much once again. Regards, Wojciech
By
wojciechoo@...
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#148762
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Re: Troubleshooting a 8591e with opt 130
Yves, I did some more digging and found the 8590B clip in the group files:
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Marco
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#148761
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Re: HP 8341B 1992 firmware version
He just make error when write firmware to EPROMs.
By
§¥§Þ§Ú§ä§â§Ú§Û §À§â§î§Ö§Ó
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#148760
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Re: VNA Resonance Methodology
Entire topic is a bit odd These instrumenbts are "different animals" VNA is used in a constant Zo environment eg with filters, amps, mixers, dir couplers all at 50 or 72/75 Ohm. See HP notes on VNA.
By
Froggie the Gremlin
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#148759
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Re: VNA Resonance Methodology
To try and show why I think the VNA will work really well with the series resonant method (to measure Rs at resonance) see below for an old test plot I made across 1 MHz to 30 MHz where I measured Rp
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jmr
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#148758
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Re: VNA Resonance Methodology
I've used a few Q meters and they are very convenient to use. Also, in this case, the Rp is only going to be about 75,000 ohms at 1.45 MHz so a decent Q meter should give reliable and repeatable
By
jmr
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#148757
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Re: HP 8341B 1992 firmware version
Wojciech, I can't say for sure why he was having problems, there seems to be an offset in placement of the data in the EPROM he made and the firmware files downloaded so I would guess the problems is
By
saevar
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#148756
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Re: Troubleshooting a 8591e with opt 130
Yves, I checked the output of the 74HC374 and compared it to the IFA1 output which is on the same IC. Input signals are present, IFA1 output switches (B8_OUT) but IFA5 output (B12_OUT) never moves.
By
Marco
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#148755
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Re: VNA Resonance Methodology
The reflection coefficient will be close to 1 , but if you need to measure resonance you must to pay attention to phase. For this reason I said that the reactive part of Z goes to zero in resonance.
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Patricio A. Greco
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#148754
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Re: VNA Resonance Methodology
It's definitely going to be risky to try and measure the Q of the 49 turn solenoid with an s11 measurement using a VNA because my software program lists the magnitude of the reflection coefficient as
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jmr
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#148753
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Re: Tantalum Capacitors
Microdyne was strted by an engineer and a salesmmaman from Defense Eletronics, becuase they weren't interested in solid state designs. One of the owners ws still on the board when I worked there.
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Michael A. Terrell
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#148752
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