Showing results: 1171 - 1185 of 7502 items found.
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Tenmars Electronics Co., Ltd.
*LCD display with maximum reading of 6000, plus decimal point.*Analog Bargraph.*AC voltage range: 0 to 600V.*DC voltage range: 0 to 600V.*Auto power off (15 minutes).*Frequency measurement.*AC and Frequency measurement with only one test lead.*Phase sequence test.*Phase conformity test.*Continuity test.*Double injection outer case.
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TW3204 -
Techwin(China) Industry Co., Ltd
Multi-Meter TW3204 integrates both an optical power meter module and an optical light source module and can perform closed-loop tests by using both modules,and can also work individually. It is specifically designed for technical support personnel to test a variety of instruments with a single meter and thus satisfy the user by providing a choice of greater convenience and more advantages.
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TW3207 -
Techwin(China) Industry Co., Ltd
Multi-Meter TW3207 integrates the functions of an intelligent optical power meter module and of a highly stable light source module in one unit which can perform closed-loop tests by incorporating both modules. Individual regimes of operation can also be manually chosen using menu operation to switch functions. A perfect combination to make your optical fiber tests a lot more convenient.
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Renesas Electronics Corp.
Renesas' automotive-grade multiphase controllers are designed to perform buck and boost, buck or boost, and boost power conversions between automotive buses.
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PM0830 -
Applied Test Resources
The PM0830 consists of eight fully independent four-quadrant power sources. Two of the channels are capable of supplying up to 30 V/500 mA each. The remaining six channels are capable of supplying up to 30 V/50 mA each. The PM0830 has a measurement range capable of measuring voltages up to 1000V.
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PM0820 -
Applied Test Resources
The PM0820 uses an onboard controller, which relieves the system CPU of performing many functions necessary for the module operation. The result is higher efficiency of the CPU and faster execution of the module commands.
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PM0825 -
Applied Test Resources
The PM0825 consists of 8 fully independent four-quadrant power sources capable of supplying up to ±20V. Two of the sources are capable of up to 500mA each, four more are capable of performing at low levels with ranges of 1uA and 100uA; the remaining two are mid range with current ranges of 1mA and 100mA.
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Renesas Electronics Corp.
Renesas' highly versatile battery charger ICs support devices with rechargeable 2, 3 or 4-cell batteries and include configurations such as a hybrid power boost (HPB), narrow output voltage DC (NVDC), buck-boost NVDC, and SMBus Level 2.
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ETEK TECHNOLOGY CO., LTD
1. Two Signal Output Ports2. Frequency Range:10 Hz ~ 100 kHz and 1 kHz ~ 15 MHz3. Output Waveforms:Sine, Triangle, Square,TTL Pulse, AM, FM4. Amplitude:10 Vpp(Max)5. Built-in LCD CountersDC Power Supply:1. Triple Outputs (One Variable, two Fixed Output)2. Constant Voltage Operation3. Low Ripple and Noise4. Built-in 3-Digit Voltage Indicator5. Overload Protect6. Overload Buzzer Indicator
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TTC MSSR-2010 -
Curtiss-Wright Defense Solutions
The TTC MSSR Chapter 10 multiplexer with solid state recorder is used in demanding applications such as airborne instrumentation recording. Two versions are available; the MSSR-110C, a stackable version that works with TTC’s MCDAU and MEDAU encoders, and the MSSR-2010-SA, a stand-alone version that includes the power supply.
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Type-C Tracker -
Ellisys Sàrl
Protocol and Electrical Analysis Tool for Type-C Communications Standards. All-in-One: Concurrent and tightly synchronized capture of USB Power Delivery protocol, Type-C voltage tracking (Vconn, Vbus, SBU, and CC), USB 2.0, Thunderbolt 3 UART and DisplayPort auxiliary (AUX) signaling over the Type-C SBU lines, alternate (ALT) mode support for DisplayPort, HDMI, and Thunderbolt, and capture and decoding of Serial Wire Debug (SWD) protocol, UART, Serial Peripheral Interface (SPI) I2C vendor-specific protocols, and Type-C Port Controller Interface traffic over I2C.
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Model KM-MPS-50K -
Kusam Electrical Industries Limited
• AC 50kV and DC 50kV measurement with direct reading.• 4000-count LCD.• Input impedance : 400 Mohm• Auto-ranging : AC : 4.000kV / 40.00kV / 50.0kV, DC : 4.000kV / 40.00kV / 50.0kV• KM 50K must be connected with an approved hot stick (Optional).• Check phases are "in-phase" or "out of phase".• Polarity indication : Positive / Negative• Backlight function.• Auto power off.• Power source : 1.5V(AA) alkaline battery × 2.• Low battery indication(Multi-level).
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BFM136 -
SATEC Ltd.
SATEC's Branch Feeder Monitor™ BFM136 is the next generation energy management metering for multi-point power solutions. Ideal for both new and retrofit projects, the BFM136 automatically provides metering, demand and energy readings, logging and multi-tariff (TOU) data.
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NANO840 -
Axiomtek Co., Ltd.
The NANO840 NanoITX board supports Intel® Atom™ processor E3845 or E3827 with one DDR3L 1066/1333 up to 8 GB memory. The NANO840 is capable of operating under wide temperatures from -40°C to +80°C in fanless operation which is designed for working in harsh environments. It comes with multiple display outputs: HDMI, LVDS and VGA with visual experiences enhanced for dual-view supported. Moreover, this small form factor embedded board requires +12V DC power input. The NANO840 is ideal for applications requiring a power-optimized and rich-I/O platform, such as high-end medical imaging, digital signage, kiosks/POI, thin clients, and gaming machines.
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Nano Series -
SignalCore, Inc.
The SC800 nanoSynth® is a fully integrated broadband CW signal synthesizer that combines multiple PLL, DDS, and frequency dividers into a rugged and miniature 2”x1” surface mountable package. The output frequency range is 25 MHz to 6 GHz with average output power of +10 dBm. Tuning at 1 Hz resolution, the multiple PLL architecture eliminates close-in phase spurs that are associated with fractional-N PLLs. To simplify user communication with the device, an onboard microprocessor performs all necessary computations to control and set the output frequency, reducing the number and complexity of instruction registers.