Search Results for am106462 voltage regulator

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Output Bias Voltage 8 to 12 VDC 8 to 12 VDC Discharge Time Constant ≥100 sec [1] Physical Sensing Element Quartz Quartz Sealing Epoxy Epoxy Hammer Mass 0.10 oz 2.9 gm [4] Head Diameter 0.25 in 6.3 cm Tip Diameter 0.10 in 2.5 cm Hammer Length 4.00 in 101.6 cm ...

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Voltage Rating: 100 VRMS Max Continuous: Dielectric Withstanding Voltage: 250 VRMS Min: VSWR (Return Loss) DC - 1 GHz: 1.22 (-20 dB) Max: 1 - 2 GHz: 1.33 (-17 dB) Max: Insulation Resistance : 1000 MΩ Min: Center Contact Resistance: 10 mΩ Max: Outer Contact Resistance: 7.5 mΩ Max: Crosstalk

Amphenol GEC / HVS Series / EV battery Module High Voltage Connection (with busbar) Page 5 Receptacle Plug HVS1WX - 400 - 1C 095 - 071 1: Straight Plug 2: Angled Plug W: Welding C: Crimping 1C: with 13 cable 2C: with 2 cables 1B: with 1 Copper bar 1S: with 1 soft copper bar 095: 95mm^2 ...

Voltage output for both CO2 and temperature are available via an RJ-45 jack located on the rear of the unit. Ventilation Rate (cfm/p) The ventilation rate is defined as the value that represents how much outside air is being introduced on a CFM per person basis. Overview Press the up/down button until cfm/p is displayed. This value represents

2.4, dielectric withstanding voltage：less than 2 milliamps current leakage@2000 volts ac. 2.5, insulation resistance：5000 megohms min. 2.6, ip-class：ip67 and ip69k in the mated condition. 2.7, mating cycles durability：500 cycles min. 2.8, rohs compliant. 3. suitable contacts ：2.5mm contact.

• Operating temperature is from –55°C to +125°; Operating voltage to 1000 VAC (RMS) at sea level. • Pin and socket contacts are machined from low loss copper alloy and gold plated to eliminate contact corrosion and provide an indefinite shelf life. • All have resilient inserts which provide high dielectric strength and moisture barrier.

2.2 rated voltage：500v ac/dc 2.3 operating temperature：see chart. 2.4 dielectric withstanding voltage：less than 2 milliamps current leakage@2000 volts ac. 2.5 insulation resistance：5000 megohms min. 2.6 ip--class：ip67 (mated condition). 2.7 mating cycles durability：500 cycles(min). 2.8 rohs compliant. 3.

also providing large conductive surface area. Correspondingly low voltage drop and low temperature rise are also achieved while maintaining low insertion forces. Amphe-GTR – 4 Conductor Compression (setscrew) wire termination to the 4/6AWG or 8/10AWG conductors allows easy field replacement of pin or socket

1. Accuracies measured at 25°C, nominal voltage. 2. 30% RH step response, measured at 25°C in a 1 m/sec air flow. Resolution 14 bit (0.01°C) Accuracy1 ±0.5°C Repeatability ±0.1°C Response Time2 ≤116 sec (T 63) Operating Range3-20°C to 70°C Long Term Drift <0.05°C/year (Normal conditions) 1. Accuracies measured at 25°C, nominal voltage.

Operating voltage +24 VDC (-15% / +20 %) Ripple ≤ 0.28 Vpp Current consumption 100 mA per sensor electronics Dielectric strength 500 VDC (DC ground to machine ground) Polarity protection up to -30 VDC Overvoltage protection up to 36 VDC 1/ With position magnet # 201 542-2

From high-voltage and low-voltage connectors, to flex and rigid busbars, to complex cable assemblies, Amphenol supports its customers with full system solutions in the electrification revolution. How to use this document: This is intended as a glimpse into Amphenol’s capabilities and standard catalog. Due to the large number of parts,

PCB Piezotronics — Sensors to measure vibration, acoustics, force, pressure, load, strain, shock, and torque.

Rugged High Speed & Fiber Optic Connectors and Cable Assemblies -- Quadrax, Octonet, Differential Twinax, Triax, Coaxial, ARINC 801, M29504 -- up to 10 Gb/s

Basic models provide highly configurable sensor interface for a wide range of analog devices and sensors including voltage, current loop sensors, resistive senders, thermistor, and thermocouple temperature sensors, run detection, switch detection, relay control. And digital senders such a fuel flow meters, and engine data are also easily connected.

feedback capacitor, resulting in a voltage given by the following equation: V = Q/Cf Q = the charge from the transducer Cf = the feedback capacitance The accompanying 9V to 12V bias voltage is typically removed by a 10uF coupling capacitor internal to most PCB ICP ® power units. A feedback resistor between 10 7 and

The most commonly used technology is ICP® accelerometers. These sensors require ICP® Power supplied. Most modern data acquisition, digital control, and portable data systems provide ICP sensor power. ICP Sensors can be referred to as Voltage Mode output sensors. Our PE sensors can be referred to as Charge Mode output sensors.

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