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| Very compact EMI suppression components can directly be mounted on printed circuit boards of low-power office, medical, telecom and IT equipment, DC/DC converters and power supplies etc. Ideal low cost solution for manufacturers who have planned for EMC compliance throughout the equipment design process already. |
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HPA Conformal Coating
Ref: HPA
Resistant to mould growth
May be removed with solvents such as Ultrasolve (ULS)
UV trace for inspection
Excellent dielectric properties and with a wide temperature range
Approved to US MIL-1-46058C
China Military Approval GJB150 and GJB4 (Naval)
For professional use only
Acrylic Protective Lacquer
Ref: APL
Offers excellent adhesion to all substrates
UV trace for inspection
May be removed with solvents such as Ultrasolve (ULS)
Wide temperature range and good dielectric properties
May be soldered through, allowing for repair
For professional use only
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Flux Remover
Ref: FRC
Non-flammable
Low VOC
Effective %u2018no-clean' fluxes and many water based fluxes and p astes
Rapid cleaning and fast evaporation rate
Residue free
Plastics-safe
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While you understand the importance of accurate identification, you won't tolerate identification that doesn't perform consistently. When a minor identification problem keeps your line from getting back to full production, you lose a very precious commodity; time... and in business, time equals money.
BRADY labels are known for their outstanding performance in harsh environments, highest temperature resistance, solder ball resistance and highest quality print contrast:
* PCB (Printed Circuit Board) identification
* Eprom labels
* inspection arrows
* static awareness
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Model 352C33
High sensitivity, ceramic shear ICP® accel., 100 mV/g, 0.5 Hz to 10k Hz, 10-32 side conn.
Sensitivity: (±10%) 100 mV/g (10.2 mV/(m/s²))
Measurement Range: ±50 g pk (±490 m/s² pk)
Broadband Resolution: (1 to 10000 Hz) 0.00015 g rms (0.0015 m/s² rms)
Frequency Range: (±5%) 0.5 to 10000 Hz
Weight: 0.20 oz (5.8 gm)
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Low-cost, general purpose, industrial ceramic shear ICP® accelerometer
- Sensitivity: (±20%) 100 mV/g (10.2 mV/(m/s²))
- Frequency Range: (±3dB) 30 to 600000 cpm (0.5 to 10000 Hz)
- Measurement Range: ±50 g (±490 m/s²)
- Mounting: Stud
- Electrical Connector: Molded Integral Cable
- Top Exit
- 10-foot (3 meter integral cable)
- NIST Traceable, single-point calibration at 100 Hz
- Intrinsically safe versions available
- Ideal for permanent installations, use in continuous on-line monitoring
systems
- Promotes safety when installed in hazardous or inaccessible locations
- Connect via switch or junction boc for route based collection schemes. |
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High temperature, Radiation Hardened ceramic shear, charge output accelerometer, 10 pC/g, 5kHz, 10-32 side conn.(-65° to +900°F), supplied with 10 foot (3 meter) hardline cable.
Sensitivity: (±10%) 10 pC/g (1.02 pC/(m/s²))
Measurement Range: ±1000 g pk (±9810 m/s² pk)
Frequency Range: (+5%) 5000 Hz
Temperature Range: -65 to +900 °F (-54 to +482 °C)
Electrical Connector: 10-32 Coaxial Jack
Weight: 1.1 oz (30 gm)
For engines, environmental chambers, gas turbines and radioactive environments. |
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Model 350A13
Shock, quartz-shear, ICP® accel., 0.5 mV/g, 10k g range, LP filter, 10-32 top conn.
Sensitivity: (±15%) 0.5 mV/g (0.051 mV/(m/s²))
Measurement Range: ±10000 g pk (±98000 m/s² pk)
Frequency Range: (±10%) 0.4 to 7500 Hz
Weight: 0.63 oz (17.9 gm)
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Model 626A04
Seismic, low frequency, ceramic flexural ICP® accel, 10 V/g, 0.03 to 500 Hz, top exit, 2-pin conn.
Broadband Resolution: (1 to 10000 Hz) 0.5 µg (5.0 µm/s²)
Electrical Connector: 2-Pin MIL-C-5015
Electrical Connection Position: Top
Weight: 22 oz (624 gm)
Model 626A34
Seismic, low frequency, ceramic flexural ICP® accel, 10 V/g, 0.03 to 500 Hz, top exit, 3-pin conn.
Broadband Resolution: (1 to 10 kHz) 0.5 µg (5.0 µm/s²)
Electrical Connector: 3-Pin MIL-C-26482
Weight: 22 oz (624 gm)
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Series 261A
Triaxial 3-component dynamic force link, ICP®
- Automotive Chassis and Other Vehicle Dynamic Measurements
- Monitor Cutting Tool Forces and Detect Tool Wear
- Provide Feedback for Force Limited Vibration Testing
- Measure Input Forces for Modal and Structural Testing
- Measure Impact Forces During Drop Testing and Crash Testing |
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Model 2301-01A
Torque sensor, reaction flange mount, 2k in-lb FS, 4" dia. flanges, PT conn.
Measurement Range: (Full Scale Capacity) 2000 in-lb (225 N-m)
Sensitivity: (±15%) (output at rated capacity) 2 mV/V
Mounting: Flanged
Size - Diameter: 4 in (101.6 mm)
Size - Length: 3 in (76.2 mm)
Torsional Stiffness: 380000 in-lb/radian (42.900 N-m/radian)
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Series 1515 Automotive Brake Pedal Effort Sensor for Vehicle Brake Development, Drivability & Handling, & Legislative & Safety
- Designed to measure force required to operate vehicle’s primary brake,
clutch, or floor-mounted emergency brake pedals
- High overload protection (500% of FS)
- Easy to install and remove
- Integral Cable; integral loading surface to reject off-axis loading errors
- Compact Design 1.19” (3.02 cm) overall height
- Temperature-compensated for +30 to +130 °F (-1 to +54 °C)
- Good resolution, linearity and repeatability in both static (constant force)
and dynamic (panic stop) loading events. |
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Model 103B01
Acoustic ICP® pressure sensor, 3.3 psi, 1500 mV/psi, integral 2-wire cable, accel. comp.
Measurement Range: (± 5 V output) 3.33 psi (181 dB)
Sensitivity: (±15%) 1500 mV/psi (217.5 mV/kPa)
Low Frequency Response: (-5%) 5 Hz
Resonant Frequency: >=13 kHz
Electrical Connector: Integral Cable
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Model 130A40
Low-profile surface pressure microphone and preamp, 45 mV/Pa, prepolarized
Nominal Microphone Diameter: 1/4"
Frequency Response Characteristic: Pressure
Electrical Connector: (Output) 10-32 Coaxial Jack
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PCB Automotive Sensors Debuts High Temperature Preamplifier
Operating to +120 °C for NVH Powertrain & Vehicle Underhood Testing
The Automotive Sensors division of PCB Piezotronics (PCB®) has announced release of a new high-temperature preamplifier, designed to overcome high temperature testing challenges associated with NVH powertrain and vehicle underhood testing applications, and to broaden options for NVH test engineers collecting acoustic data in high temperature areas.
Automotive engineers routinely perform NVH tests in areas around the powertrain, where elevated operating temperatures can present major measurement challenges. Underhood temperatures can peak at +125 0C under normal driving conditions, and can be significantly higher near turbochargers and exhaust system components, such as manifolds and diesel particulate filters. In the past, test engineers were limited by preamplifiers offering temperature ranges to + 70 °C. Model HT426E01 is a 1/2" preamplifier operating from ICP sensor power, terminating with BNC connector and utilizing standard coaxial cables. The model features a low attenuation factor (-0.06 dB) and low noise characteristics, 4.9 µV, based on an A-weight scale.
Common applications include underhood measurements for benchmarking and issue identification, including engine radiated, induction, ancillary and turbocharger noise; near-field measurements on manifolds; mufflers; exhaust after treatment components; and tailpipe noise. NVH groups within OEMs and Tier 1 suppliers involved with testing of powertrain components will benefit most from this product. |
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