Linear Ultrasonic Transducers

Description: Since the company was established in 1948, NDK has manufactured and sold synthetic crystals and various products using the crystal such as crystal units, crystal oscillators, crystal filters, SAW filters, optical parts and other applied products, NDK supplies ultrasonic transducers for

• Transducer Style: Array (Linear / Phased), Contact Transducer, Immersible / Waterproof
• Application: Medical
• Features: Other
• Features & Format: Protected Element

Description: DISCONTINUED BY MANUFACTURER, TRANSDUCER, ULTRASONIC LEVEL, INPUT 9.1W, W/10METER CABLE. FREE 2 YEAR RADWELL WARRANTY

• Sensor Technology: Ultrasonic Linear Position Sensor/Switch

Description: Our ultrasonic welding systems use ultrasonic energy to perform various bonding & cutting functions such as metal joining, resin welding, resin melt cutting, resin cutting, and even food cutting. The basic components of our ultrasonic welding systems consist of an

• Equipment Type: Complete System
• Process Capability: Ultrasonic / Linear Friction
• Features: Ultrasonic Welding

Description: ATK75 ULTRASONIC AIR TRANSDUCER

• Sensor Technology: Ultrasonic Linear Position Sensor/Switch

Description: The UGT592 cube-shaped ultrasonic sensor from ifm electronic with a transducer frequency of 300 kHz, NO/NC programmable switching output, has a range of 40-300 mm. The ultrasonic sensor UGT592 is easy to place into operation with the help of the programming buttons. Its high

• Measurement Range: 1.574804 to 11.81103 inch
• Sampling Frequency: 0.3 kHz
• Operating Temperature: -4 to 158 F
• Body Shape: Rectangular

Description: The UGT584 cube-shaped ultrasonic sensor from ifm electronic with a transducer frequency of 200 kHz, programmable switching output and scalable 4-20 mA analog output, has a range of 80-1200 mm. The ultrasonic sensor UGT584 is easy to place into operation with the help of the

• Measurement Range: 3.149608 to 47.24412 inch
• Sampling Frequency: 0.2 kHz
• Operating Temperature: -4 to 158 F
• Output: Current, Switched / Alarm

Description: The UGT582 cube-shaped ultrasonic sensor from ifm electronic with a transducer frequency of 230 kHz, programmable switching output and scalable 4-20 mA analog output, has a range of 60-800 mm. The ultrasonic sensor UGT582 is easy to place into operation with the help of the

• Measurement Range: 2.362206 to 31.49608 inch
• Sampling Frequency: 0.23 kHz
• Operating Temperature: -4 to 158 F
• Output: Current, Switched / Alarm

Description: The UGT593 cube-shaped ultrasonic sensor from ifm electronic with a transducer frequency of 300 kHz, NO/NC programmable switching output, has a range of 60-800 mm. The ultrasonic sensor UGT593 is easy to place into operation with the help of the programming buttons. Its high

• Measurement Range: 2.362206 to 31.49608 inch
• Sampling Frequency: 0.23 kHz
• Operating Temperature: -4 to 158 F
• Body Shape: Rectangular

Description: stainless steel diaphragm. No crystals to crack, no epoxy to loosen, even under severe usage conditions. Solid state generator (meets FCC, RFI and OSHA requirements). The transducer-to-tank, silver brazed bond and transducers are warranted not to separate, crack, or degrade in any way

• Transducer Style: Array (Linear / Phased)
• Features & Format: Rotating / IRIS
• Application: Ultrasonic Cleaning / Liquid Processing

Description: The Daniel 3818 Liquid Ultrasonic Flow Meter is designed for high accuracy and long-term, reliable performance in LNG applications. With a completely redundant 4-path, multi-plane configuration that is the equivalent of two 4-path meters in a single body, the Daniel 3818 Ultrasonic

• Media Temperature Range: -320.8 to 140 F
• Operating Pressure: 0 to 750 psi
• Velocity Flow Rate: 2 to 40 ft/sec
• Operating Temperature: -385 to 140 F

Description: IEC TS 62903:2018, which is a Technical Specification, a) establishes the free-field convergent spherical wave self-reciprocity method for ultrasonic transducer calibration, b) establishes the measurement conditions and experimental procedure required to determine the

Description: IEC TS 62903:2018, which is a Technical Specification, a) establishes the free-field convergent spherical wave self-reciprocity method for ultrasonic transducer calibration, b) establishes the measurement conditions and experimental procedure required to determine the

Description: This practice covers the examination procedures for the contact, pulse-echo ultrasonic examination of heavy steel forgings by the straight and angle-beam techniques. An ultrasonic, pulsed, reflection type of instrument shall be used and shall provide linear presentation for at

Description: No Description Provided

• Transducer Style: Array (Linear / Phased), Contact Transducer, Immersible / Waterproof
• Features: Other
• Features & Format: Protected Element

Description: Angle beam probes are used with a wedge to transmit a refracted shear or longitudinal wave into a test piece. Designed for a wide range of applications, they can be used to vary the refracted beam angle or the skew of the beam, depending on the probe orientation.

• Probe Frequency: 5,000 kHz
• Diameter / Width: 29.000000000000004 mm
• Transducer Style: Angle Beam / Wedge Transducer, Array (Linear / Phased)
• Features: Ultrasonic

Description: LINEAR OUTPUT PHOTO IC

Description: HIGH PRECISION LINEAR HALL EFFEC

Description: ISO 18175:2004 describes procedures for evaluating the following performance characteristics of ultrasonic pulse-echo examination instruments: horizontal limit and linearity; vertical limit and linearity; resolution-entry surface and far surface; sensitivity and noise; accuracy of calibrated

Description: IEC TS 62736:2016(E) specifies requirements and methods for periodic testing of the quality of diagnostic medical ultrasound systems with linear array, curved linear array, single element, annular array, phased array, matrix linear array transducers and two-dimensional

Description: ISO 18175:2004 describes procedures for evaluating the following performance characteristics of ultrasonic pulse-echo examination instruments: horizontal limit and linearity; vertical limit and linearity; resolution-entry surface and far surface; sensitivity and noise; accuracy of calibrated

Description: Most ultrasonic sensors are based on the principle of measuring the propagation time of sound in the air. Ultrasonic frequencies outside the range of human hearing are emitted by the sensor. Sonic energy reflected by an object or target is picked up by the sensor’s receiver. The highly

• Maximum Angular Measurement: 60 degrees
• Accuracy: 2 ±% Full Scale
• Operating Temperature: -25 to 85 F
• Output: Analog Current

Description: systems and related transducers need periodic testing as the quality of medical decisions based on ultrasonic images may decrease over time due to progressive degradation of essential systems characteristics. The TMM (Tissue Mimicking Material) phantom is intended to be used to measure

Description: Press/thruster, low mass high precision transducer slide assembly

• Equipment Type: Complete System
• Features: High Frequency, Programmable / Recall, Ultrasonic Welding
• Process Capability: Plastic Welder, Ultrasonic / Linear Friction

Description: exceptionally low ripple and noise. The PMT is ideal for precision applications including: photomultiplier tubes, solid state detectors and ultrasonic transducers. The output voltage can be controlled by either a local internal potentiometer or by a customer provided ground referenced

• DC Input Voltage: 12 to 30 volts
• DC Output Voltage: 1,000 volts
• DC Output Current: 0.004 amps
• DC Output Power: 1.8750000000000018 to 4 watts

Description: Specifically designed for divers undertaking ultrasonic thickness measurement (UTM) of underwater structures. The Cygnus Underwater diver held gage has been built to withstand harsh subsea environments while providing quick and accurate metal thickness measurements through coatings or heavy

• Features: Other
• Form Factor: Portable / Hand Held / Mobile