Showing results: 121 - 135 of 186 items found.
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Shanghai Guantu Technology Co., Ltd.
The lightning wave impulse current generator is an impulse current generator that generates a simulated lightning current waveform . Its working process is as follows: first, the transformer charges the capacitor bank through the silicon pile, when the charging voltage reaches a predetermined value, the spark gap is triggered, and the capacitor is discharged through the total inductance and total resistance of the circuit. When the resistance is greater than or equal to the critical damping value, a unidirectional impulse current wave is generated in the circuit. When the resistance is less than the critical damping value, an oscillating impulse current wave is generated. The magnitude of the impact current amplitude is related to the circuit parameters. When the capacitance value and charging voltage are the same, the smaller the inductance value, the greater the current amplitude. In order to obtain as much current as possible, a pulse capacitor with a small inductance value is usually selected, and the total length of the connecting line should be as short as possible when arranging the main capacitor, so that the total loop inductance value can be reduced as much as possible.
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UI2002C -
Lisun Electronics Inc.
UI2002C is designed according to the latest update in IEC 61347-2-3 about the test requirements for local rectifying effects on tubes. It imitates the condition when tube is under local rectifying status and tests the abnormal protection function of ballast by adopting fluorescent lamp asymmetry pulse test method with 3 windows for displaying rectified voltage, rectified current, and rectified power. It is easy for operation and with high test accuracy. • Measure lamp voltage, lamp current , average and total power of lamp. • Lamp voltage range: 10~300V • Lamp current range: 10mA~1.0A • Lamp power range: 0.5~300W • Tolerance is 5%
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Neutronics Manufacturing Co.
NMC’s Microcontroller based Automatic Voltage Regulating Relays (AVR Relays) are latest technology based Relays used for regulating the secondary voltage of Power Transformers with On Load Tap Changer (OLTC). The Parameter settings are made through the front panel keys & are stored in NVRAM. Independent time delays can be set for first control pulse & subsequent pulses. Built-in Tap displays Tap number of Power Transformer. OLTC is blocked for UV, OV, OC, CF, Min/Max Tap Positions & Tap Fail . in manual mode, Tap Raise/Lower can be achieved through front keys. In TEST mode, Relays, Display and LED indications can be checked. A pair of contacts are available for Raise, Lower, UV, OV, Manual Mode, CF, TF & OC. There are two nos. of 5 Amps C.T.’s available, one for the Over Current blocking and L.D.C. & other for measuring the Current.
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Neutronics Manufacturing Co.
NMC’s Microcontroller based Automatic Voltage Regulating Relays (AVR Relays) are latest technology based Relays used for regulating the secondary voltage of Power Transformers with On Load Tap Changer (OLTC). The Parameter settings are made through the front panel keys & are stored in NVRAM. Independent time delays can be set for first control pulse & subsequent pulses. Built-in Tap displays Tap number of Power Transformer. OLTC is blocked for UV, OV, OC, CF, Min/Max Tap Positions & Tap Fail . in manual mode, Tap Raise/Lower can be achieved through front keys. In TEST mode, Relays, Display and LED indications can be checked. A pair of contacts are available for Raise, Lower, UV, OV, Manual Mode, CF, TF & OC. There are two nos. of 5 Amps C.T.’s available, one for the Over Current blocking and L.D.C. & other for measuring the Current.
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61510 -
Chroma Systems Solutions, Inc.
Power Rating:61511: 12KVA61512: 18KVAVoltage Range: 0-150V/0-300V / AutoConfigurations with input voltage of 220V or 480VFrequency: DC, 15Hz-1500HzSingle-phase or three-phase output selectableProgrammable slew rate setting for changing voltage and frequencyProgrammable voltage and current limitHigh output current crest factor, ideal for inrush current testingTurn on, turn off phase angle controlTTL signal which indicates output transientLIST, PULSE, STEP mode functions for testing Power Line Disturbance (PLD) simulationVoltage dips, short interruption and voltage variation simulationHarmonics, inter-harmonics waveform synthesizerComprehensive measurement capability, including current harmonicsAnalog programmable interfacesRemote interface: GPIB, RS-232, USB and EthernetCapable of delivering power output up to 90KVA by implementing Master-slave parallel operation
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LDD100 -
Artifex Engineering GmbH & Co. KG
The LDD100 employs a digitally programmable analogue end stage for flexible and accurate current control. Currents of up to 600A with pulse durations of 50ns to 3s are generated with rise and fall times of 70ns (F-version) or 600ns (XL-version) – essentially without overshoot. Due to the flexibility in setup and control, the LDD100 is practical for many laboratory applications. For automated measurements, the unit may be directly controlled via the USB interface. Alternatively, all parameters may be input via the graphical software or via the integrated keypad and OLED display.
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Shanghai MCP Corp
Four parameters, highlight VFD display.Resolution of voltage and current: 0.1mV/0.1mA.Four working modes: CV/CC/CR/CP.Three dynamic test function (up to 10KHz): continuous load switching mode, pulse load mode, toggle load switching mode.Ten groups automatic testing data files with each file 10 steps.Intelligent fan cooling, coding switch, built-in buzzer, non-slip feet .Complex current sequence list test mode .Remote sensing function.Battery discharging test mode.All modes turn on default
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LS600 -
Lisun Electronics Inc.
• The standard LS600 has 1 Group which has 8 channels. That means LS600 can test 8 LEDs separately at one time. (Optional: it expand to 8 Groups which can test 64 LEDs separately at one time) • Aging Functions: Constant Current, Impact Pulse, On/Off Mode • Output current: 1~1000mA (Special Order Available) • Output voltage: 5V(Special Order Available) • Output frequency: 1~3000Hz, Duty Ratio: 1%-99% • Range of on-off circle: 0~9999h/59m/59s
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Transmission Line Pulse Test System -
Impulse Semiconductor Inc.
The Impulse Semiconductor High Current Transmission Line Pulse (TLP) test system is the tool of choice for extracting ESD parameters for transient protection devices in a package, or at wafer level. With accuracy better than 100 milliohms at 40 amps peak current, the Impulse high current TLP is specially tailored to the needs of today's ESD device designers who must accurately measure low values dynamic resistance irrespective of breakdown voltage.
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LTC4150 -
SparkFun Electronics
Odometers are extremely useful for cars, they tell you how far you have gone, wouldn't it be nice if you were able to have a device that does the same for electrical current? The LTC4150 SparkFun Coulomb Counter Breakout is here to be your odometer for current. If you are wondering: a coulomb is defined as, to put it simply, one amp for one second. This breakout is capable of constantly monitoring the current your sensor is using, is able to add it up, and will give you a pulse each time a given amount of amp-hours have been used. When used effectively and if you start with a full battery, you’ll always know exactly how much of it is left!
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STHVP/STHVE -
HK Film Capacitor Ltd
High Voltage Pulse Current for medium frequency applicationHigh Voltage DC / AC Voltage applicationCapacitor can be discharged at rated voltage directly without any protective component and with ambient Temperature up to +105CHigh Voltage Decoupling and SnubberingVoltage MultiplierInduction heatingAct as discharge capacitor to trigger laser, X-Ray and Tesla CoilFor high voltage capacitor bank or arrayHigh Voltage Power Supplies
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Bank Elektronik
Potential meters are basically electrometers which have extremely high input resistances in order to keep the feeding reference electrode free of load. This is necessary to maintain the true potential. pH - meters can be used as potential meters when fast reading is not required, because common pH meters are very slow. When the potential answer to current pulses is to be followed, potential meters are essential.
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PI-11006 -
Pulse Instruments
The PI-11006 Instrument Chassis was designed to accommodate the power and noise requirements of some of Pulse Instruments analog instrument cards. These instrument cards, such as the PI-41401, PI-41702 and others supply signal outputs that require more current from the -12 V supply than available in a standard chassis. Therefore this chassis has a larger -12 V power supply that provides 2.5 Amps.
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PI-11008 -
Pulse Instruments
The PI-11008 Instrument Chassis was designed to accommodate the power and noise requirements of some of Pulse Instruments analog instrument cards. These instrument cards, such as the PI-41401, PI-41702 and others supply signal outputs that require more current from the -12 V supply than available in a standard chassis. Therefore this chassis has a larger -12 V power supply that provides 2.5 Amps.
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IP-3000A -
Ono Sokki
IP-3000A Ignition pulse detector is a slim and light weighted detector by using amorphous metals fiber element. It is 1/4 in thickness (mass: approx. 1/50) and 1/3 in weight compared with the previous model of Ono Sokki. Also the IP-3000A can obtain constant output from low to high rotation with high sensitivity.Meeting the needs of structure or mechanism in recent gasoline engines, the IP-3000A can easily clamp around an ignition coil cable (the primary side cord of ignition coil or the current cord of electronic distributor). Moreover, heat-resistant design up to maximum operating temperature of +120 C° enables measurement under harsh environment.The IP-3000A Ignition pulse detector can be used with Ono Sokki’s engine tachometer.