Search Results for low noise amplifier design
Low Noise Amplifiers LNA-GPS line amp - AMPHENOL PROCOM
Miniature GPS line amplifier. Suitable for GPS signal distribution network. Built-in band-pass filter to attenuate unwanted signals and clean up the distributed GPS signal. Low input and output VSWR. Low noise figure. Low weight. Wide temperature range. Wide supply voltage range. Low power consumption. DC supplied from phantom voltage on the ...
General Signal Conditioning Guide - PCB
Unfortunately, many voltage amplified systems have a noise floor (resolution) which may be an order of magnitude higher . than equivalent charge amplified systems. For this reason, high-resolution ICP ®, and/or charge amplified sensors, are . typically used for low-amplitude dynamic measurements.
Low Noise, High Gain PE/IEPE Signal Conditioner - PCB
The Endevco model 2775C is a single channel, low noise, high gain signal conditioner, designed for use with Piezoelectric (PE) and Integrated Electronics Piezo-Electric (IEPE) sensors. It is highly configurable, giving it the flexibility to be used with a wide variety of sensors.
VIBRATION FUNDAMENTALS - PCB
insulation for low loss / low noise transmission. It should be converted to a low impedance signal prior to the data acquisition system or readout device. It is important to use low noise cables and avoid using cables with insulation damage or contamination.
Sealed IP67 External Antenna Provides Improved Performance with Low ...
This active GPS/GNSS antenna includes a built-in low noise amplifier (LNA) for enhanced performance which makes it ideal for applications where the receiver is close to the antenna and in environments where signal strength is strong, such as open areas with a clear life of sight.
GPS Timing Reference Antenna with Internal Amplifier - PCTEL
This GPS timing reference antenna features a low noise, high gain internal amplifier and multi-stage filtering to address the attenuation issues of congested cell-site applications and longer cable runs. It also features ESD, reverse polarity protection and transient voltage suppression (TVS).
About MCP - Amphenol Mobile Consumer Products
Small Luxury Sedan FM2/DAB Low Noise Amplifier (LNA) EU. Components on more than 50% of the world’s mobile devices. We design and manufacture a full range of electro-mechanical interconnect products and antennas.
Defense - Industries - Wilcoxon Sensing Technologies
Wilcoxon seismic sensors are all characterized by good low frequency response, high output sensitivity and a low noise floor. They are primarily designed to measure low amplitude low frequency signals in applications such as structural monitoring and vibration isolation verification.
Low frequency machinery monitoring: measurement considerations
Measurement of the low acceleration amplitudes at slow speeds requires special sensor designs and low noise electronics. Low frequency readings are generally expressed in terms of velocity (inches per second) or displacement (mils peak-to-peak). Accelerometer measurements are electrically integrated or converted by software.
Next generation hydrophone, 100 kHz - Wilcoxon Sensing Technologies
The ultra low noise internal amplifier eliminates triboelectric cable noise, connector contamination problems, and the requirement for an expensive inline amplifier. The hydrophone and cable entry are completely encapsulated in polyurethane to alleviates water ingress caused by cathodic action.
Lowpass Filter Circuit Design: Common Mistakes to Avoid
Uncover these five common mistakes in designing lowpass filter circuits and learn how to avoid them to achieve the desired performance. 1. Overlooking Component Tolerances. What happens to military and aerospace systems when precision is compromised? Signal integrity, phase noise, and overall system performance degrade when precision falters.
Signal Conditioning Basics | PCB Piezotronics
Unlike charge-mode systems, where the system noise is a function of cable length, ICP ® sensors provide a high-voltage, low-impedance output, well-suited for driving long cables through harsh environments.
CHARGE AMPLIFIERS - PCB
Charge amplifiers convert a high impedance input signal into a low impedance output signal and are capable of operating with high-temperature (+500 °F) charge-mode
Piezoelectric accelerometer design - Wilcoxon Sensing Technologies
– For machines that run below 600 RPM, a low frequency accelerometer should be used – Signal is five times higher with a 500 mV/g accelerometer – Noise can be as much as twenty times lower – Overall improvement is a 5, 20 or 100 times better signal-to-noise ratio
Model 482C05 | PCB Piezotronics
PCB ® manufactures sensors used by design engineers and predictive maintenance professionals to test and measure vibration, pressure, force, acoustics, load, and shock in research and development as well as industrial applications.
Charge Amplifiers | PCB Piezotronics
IMI's range of charge amplifiers is specifically designed to enhance the performance of charge mode accelerometers and pressure sensors. These devices convert high impedance signal outputs into low impedance signal outputs, ensuring clear and precise measurements even in extreme conditions, including temperatures up to +500 °F.
MODEL 378A04 LOW NOISE MICROPHONE - PCB
premium high sensitivity microphone and a low noise preamplifier that contains a built-in filter that enables the free-field response to remain flat over a wide frequency range.
Low Noise Prepolarized Microphone - Industry's First - PCB
The system requires a minimum of 4 mA and measures to 5.5 dBA (typical) within a cost efficient, prepolarized (0V) design. PCB’s model 378A04, the industry’s first prepolarized IEC 61094-4 low noise microphone and preamplifier system, allows you to measure extremely low amplitudes.
Model K2110E110 | PCB Piezotronics
Electrodynamic Exciter Kit, 110 lbf pk sine force, 1" pk-pk stroke, supports payloads to 10 lbs, includes 2110E dual purpose platform shaker with 2050E09-FS power amplifier, cooling package, and 2000X03 accessory kit.
PCB 378A08 ¼ inch low noise microphone | PCB Piezotronics
The new 378A08 offers the lowest noise floor (25 dBA) specification within our smallest ¼" (6mm) diameter microphone series. The low profile, prepolarized microphone is matched with a preamplifier system.