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Agilent LCR and resistance meters are useful in testing components and materials in a variety of research and design applications and in component manufacturing. LCR meters measure impedance (inductance, capacitance, and resistance) at spot frequencies. Resistance meters are optimized for high-resistance or low-resistance measurements.
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The B&K Precision Model 889B Synthesized In-Circuit LCR/ESR Meter with Component Tester is a high accuracy test instrument used for measuring inductors, capacitors and resistors with a basic accuracy of 0.1%. Also, with the built-in functions of DC/AC Voltage measurements and Diode/Audible Continuity checks, the Model 889B can not only help engineers and students to understand the characteristic of electronics components but also being an essential tool on any service bench.
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Measuring Instrument - LCR Precision Instruments ( LCR200) :
Key Features:
- Measurement Parameters : Z , Ls , Lp , Cs , Cp ,
DCR , ESR , D , Q , and (Theta)
- Test conditions : 100MHz , 120Hz , 1KHz , 10KHz , 100KHz , 200KHz ; 1Vrms , 250mVrms , 50mVrms , 1Vdc(DCR only)
- DMM Functionalities
- Dual LCD Display with LED backlit
- Open / Short calibration
- Remote binning capability
- Auto range / range hold selection
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Product ID: LCR-612
20000 Counts Hand Held LCR Meter Dual Display Auto-Ranging ( LCR-612 )
20000 Counts LCR Meter
Dual Display Auto-Ranging
MODEL: LCR-612
Outstanding Features:
1.Basic accuracy:
0.5% for Resistance
0.7% for Inductance, Capacitance
2.Dual Displays provide quick tested results readouts, with L.C.R. Display values up to 19999 counts and Q.D.R. display values up to 9999 counts
3.Excellent resolutions:
Resistance up to 0.001Ù
Inductance Capacitance up to 0.1uH/0.1pF
4.Provided up to 4 testing parameters:
Ls+(Q,D,Rs), Lp+(Q,D,Rp)
Cs+(Q,D,Rs), Cp+(Q,D,Rp)
5. Auto-Power Off function:
To conserve battery life for longer use.
6.Fuse detection function:
To inform that the fuse is open or damaged.
7.External DC Adapter functions:
Use of a DC adapter can also serve to disable Auto Power Off function.
Dual Display LCR Meter LCR-612 Test Ranges: 120Hz and 1KH
LCR-612 SPECIFICATIONS
LCR-612 Display:
LCR—4 1/2 digits, maximum reading of 19999.
QDR—4 digits, maximum reading of 9999. (Auto range).
Parameter Measurement:
Ls+(Q,D,Rs), Lp+(Q,D,Rp)
Cs+(Q,D,Rs), Cp+(Q,D,Rp)
Overload: "OL" is display.
Test Frequency: 1KHz and 120Hz.
Range Mode: Auto and Manual.
Auto Power Off:
The meter key switch inactive for more than 5 minutes, press power key to resume operation.
Measurement rate: Approx. 1 time per second, nominal.
Power Requirement: (1). Single standard 9-volt battery.
(NEDA 1604, IEC 6F22 006P) ;(2). External DC Adapter 12Vmim to 15Vmax / 50mA.(optional)
Overload Protection: 0.1A/250V fast below fuse.
Dimensions:192mm(H) x 91mm(W) x 52.5mm(D).
Weight: 365g. (including accessories)
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The LCR Meter measure passive components with as little as 0.05 % error. These easy-to-use instruments are quick to setup, adjust and calibrate. The SR715 and SR720 are ideal for applications such as incoming inspection, quality control, automated test, and general benchtop use.
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High-speed LCR meter with up to 120MHz sampling
High Speed Testing of Chip Inductors and Magnetic Heads in Research and Development
Broad Frequency Measurement Range ( 100 kHz to 120 MHz )
High speed LCR testing (6ms/sample)
14 Parameter Types ( |Z|, |Y|, Θ, Rp, Rs(ESR), G, X, B, Lp, Ls, Cp, Cs, D (tan δ) and Q )
Detachable Head Amp
Load Compensation Function
BIN ( Classification ) Measurement
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1. 320x240 dot-matrix display
2. Test frequency range : 20Hz - 1 MHz
3. Measurement parameter |Z|, Rs, Rp,Xs, Rdc|, |Y|, Gp,
Bp, Ls, Lp, Cs, Cp, D, Q , Theta
4. Basic Accuracy ± 0.1%
5. Measurement Time : 30 mS ( Fast )
6. Bin Function : 8 bins (expandable to 15 bins)
7. Comparator function: Primary / Secondary
8. Memory : 256 instrument setups
9. External Memory interface (Option)
10. Interface : Handler,( Option : GPIB, RS232 ,Printer )
11. Deviation Zero : Open / Short
12. DC Bias (Option)
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- LCD Display 128 x 64
- File Management ( Flash Memory Card)
- Test Point Range : 64-2048
- Test Voltage : 50-1500VDC (RT-9651 H / CH )
- Insulation Test : 500K-1000MOhm(RT- 9651H/ CH)
- 4-Wire Rsistance Test : Yes
- Components Test : Resistor,Diode,Capacitor(Option)
- Resistor Measurement : 0.1Ohm-20MOhm
- Capacitor Measurement : 100pF-1000uF
- High Quality Relay
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The console-controlled range of MultiTest-x test frames display load, displacement and speed. Simple test programs can be created and stored.
The MultiTest-x has been designed specifically to meet the requirement for ease of routine use in QC laboratories, or production environments which are often not ideal areas for using a PC.
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To carry out a precise, repetitive torque measurement,
it is often necessary to use a torsion test stand.
The TWIST, a 1 to 12 NM torsion test stand with combined Torque/Angle measurement provides this function.
The torsion meter enables torsion tests to be made on various samples such as springs, or metal or plastic parts.
It is made up of a horizontal, rigid test stand, with two rails to provide precision guidance.
Its calculating power enables it to record values coming from 2 different sensors simultaneously, monitor the set points and make a calculation for each channel.
On its display, it shows a Torque/Angle graph curve.
It provides the simplest, most versatile system for dealing with the most wide-ranging torsion tests in the workshop or in the laboratory.
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Mecmesin offer a range of sophisticated Computer-controlled Test Frames. The Multi-test-i is available in a range of capacities to accommodate all your testing requirements, from the entry level MultiTest 1-i through to the advanced twin column test frames that have been specifically designed to test large or high load samples or products.
Intelligent loadcells mounted to the test frame allow the MultiTest-i to download data directly to a PC via the serial port at a rate of 2000 times a second. If your test requirements change then the MultiTest-i can easily be upgraded with a different load cell that meet your new testing requirements.
Emperor, Mecmesin’s powerful yet user-friendly control software, provides both a simple platform for routine analyses on the factory floor, as well as an advanced platform for sophisticated laboratory test routines. Programmable functions include running a test to a pre-determined force/torque, displacement, time or to break, as well as graphical interrogation of results.
Applications
The MultiTest-i range of motorised test stands can be used for many different applications including:-
Compressive testing
Deformation testing
Extension testing
Materials testing
Medical device testing
Packaging testing
Spring testing
Tensile testing
Textile testing
Top-load testing
Mecmesin offer a wide range of standard grips and fixtures, to hold your specimen. Alternatively, a custom-built fixture can be designed for your specific application.
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The TEX 555 test stand is ideal for low and medium force testing when a quick result is required. This manual test stand makes accurate and repetitive tensile and compression tests for springs, crimps, foam, peel and crush applications. The TEX 555 test stand features a revolving hand crank, small footprint, durable design and portable.
Combined with our Centor force gauges, the manual test stand TEX 555 can measure up to 2500N in production or laboratory for an affordable price. It’s available in vertical or horizontal orientations with table or wall mounting fixtures. Travel limits, digital ruler and auto-return spring are available in options.
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Technical Highlights:
- Push- & Pull Capacity: 30,000 N
- Robust Quality and Easy-to-use operating philosopie
- Maximum speed up to 600 mm/min
- Maximum travel distance up to 500 mm
- Safety shutdown by limit switches
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The Vortex is a twin-column motorised torque testing machine. Speed is set with a rotary potentiomer controller. Either speed or total rotation is indicated on an LCD display. Torque is measured by a `smart` static torque transducer and displayed on an AFTI.
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Ear Measuring Instrument, Model 126
Used to obtain a numerical value of the size of the ears resulting from anisotropy in the material of cylindrical deep-drawn cups (e. g. according to DIN 50 155). The average cup height, the height of the ears in percent and in mm can be read-off at a touch of a button and are shown on the digital display instrument. To enable additional data processing the test instrument can be equipped with interfaces, such as BCD or RS 232 C outputs and with a printer.
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For precise repeatable and reproducible measurements, test stand is necessary in order to keep same test condition. It also negates the need for heavy manual labor when applying large forces, and makes the task of obtaining measuremnets more efficient.
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The Crane Joint Rate Simulator (JRS Opta) is used for assembly tool performance testing. This is achieved by accurate and repetitive simulation of the joint without the use of a threaded fastener. The JRS can be configured across a range of joints from hard (20 degrees) to soft (720 degrees). Once the tool has finished its test cycle, the JRS Opta automatically releases the brake ready for the next test cycle. This has the advantage of speeding up the tool test procedure because there are no fixings to undo and no joint kits to back off and re-grease between test cycles
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High quality analogue instruments designed to measure an extensive range of electrical and electronic parameters. This comprehensive range offers DIN instruments, ANSI switchboard meters, panel indicators, sealed and ruggedised instruments, and complementary selector switches for line to line and line to neutral readings. Instruments are precision engineered and robust in design, ensuring accurate measurement and display in the most demanding of environments. All instruments are available in a range of styles, sizes and specifications to meet the exacting needs of industry.
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The 236, 237, and 238 Source-Measure Units (SMU) are fully programmable instruments, capable of sourcing and measuring voltage or current simultaneously. These systems are really four instruments in one: voltage source, current source, voltage measure, and current measure.
Related Applications:
- MOSFET measurements
- GaAs measurements
- Bipolar measurements
- Diode characterization
- Oxide characteristics
- Electromigration testing
- Research and electronic manufacturing applications
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E Probe now under development process
* Non contacting E field Measuring,
* Directional sensitivity
* Power supplies +/-12V
* Measuring range 1 milliVm-1 up to over 1000Vm-1
* Bandwidth : 10 mHz - 100 kHz
* White noise: μVm-1/√Hz experimentally shown
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For over 35 years, LDS Nicolet has provided state-of-the-art data acquisition solutions for the test and measurement community. Today, we are the world's premier provider of out-of-the-box, ready to use systems for a diversity of physical and electrical applications. The Genesis system builds on a reputation of high performance acquisition and signal conditioning by providing a flexible, cost effective platform to meet all data acquisition and transient acquisition needs. With the Genesis, LDS Nicolet introduces the future of data acquisition.
Based on the concept of a mainframe with plug-in modules, the Genesis offers a wealth of capabilities. Up to 128 channels can be installed within a rack mainframe (56 channels in the portable tower mainframe), and multiple mainframes can be combined to an even larger system. Up to 400 MegaSample memory per board allows for high definition transient capture. Built-in data transfer acceleration gives you an overview of MegaSamples of data within seconds. With the world's best performance signal conditioning and 16-bit accuracy, Genesis is the right solution for your difficult measurement task.
Genesis Features
Combines Transient Recorder and Streaming Data Acquisition Capabilities
Programmable High-Performance Signal Conditioning
Sample Rates from
200 kS/s to 100 MS/s per Channel
Transient RAM to 400 MS per card, 12.8 GB per System Max.
Tower Mainframe with 7 slots or Rack Version with 16 slots (see lower picture)
Master Slave Option for Synchronized Acquisition on up to 1080 Channels
Unlimited Recording Size and Duration
IRIG and GPS Time Code Options
Local SCSI Drive Storage for Safety Critical Applications
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Portable PD Analyzing System LDS-6/UHF
for PD measurements and monitoring on GIS or Cable Systems
The LDS-6/UHF is a state-of- the-art, portable digital measuring system for the UHF processing of partial discharges acquired from installed GIS sensors, or UHF sensors. It combines the features of a PD detector and spectrum analyzer.
PD quality tests on GIS using installed GIS sensors
PD testing on HV Apparatus, using UHF technology
Designed for on-site PD diagnosis tests as well as for manufacturing and research
Single channel or Dual channel
Available in 19" housing with external PC connected via Ethernet, or portable case with built in mini PC
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Digital Partial Discharge Measuring and Diagnostics System for industrial and general HV test floor environments.
The LDS-6 is a highly sophisticated digital measuring system for the PD detection according to the standard IEC 60270, VDE 0434 as well as various IEEE and other standards for the High Voltage Test and Measurement Technology. It meets also ICEA T-24-380 standard for Cable Industry.
PD quality tests on high voltage equipment
PD diagnosis on developing insulating materials
Designed for on-site PD diagnosis tests as well as for manufacturing and research
PD fault location for power cables
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