Search Results for electric circuit adhesive film

1.2 Adhesive Mount Adhesive mounting is often used for temporary installa-tions or where the machine surface cannot be adequately prepared for stud mounting. Adhesives such as hot glue and wax work well for temporary mounts whereas two-part epoxies and quick bonding gels provide a more permanent mount.

Small, versatile mounting solution for wire bundle management. The base can be mounted by VHB tape or wet adhesive. Interchangeable grommets ensure that you can switch the wire bundle diameter without removing the mounted base. Ideal mounting solution for small, hard to reach places.

Flexible Flat Cable (FFC) connectors are ribbon-like connectors made from flexible materials such as plastic, polymers, films, or engineered rubber, featuring a metallic connector embedded parallel to the cable base.

Protect your hydraulic and pneumatic lines and electrical cables from exposure to high and extreme heat conditions. Use our High Temperature Silica Tape to fasten our Ultra-Sleeves to your lines, pipes and cables. Designed using 96% pure SiO2 silica fiber. Offers superior resistance to radiant heat and flame.

Amphenol PCD now offering sticky tape and wet epoxy adhesvise solutions. Designed as a one-for-one replacement to industry standard ring post. With the pre-mounted adapter heads and posts, installers save time during installation of wire bundles compared to traditional ring post. Simply snap the pre-mounted adapter head on the pre-mounted post.

of adhesive (follow manufacture’s direction for use of adhesive). There are a variety of different adhesives that may be used. After the adhesive has cured, apply a thin film of coupling fluid to the accelerometer seating area of the mounting pad. Thread the accelerometer onto the

loading on thin material and facilitates using only a thin, double-sided adhesive pad (provided) to attach the microphone, and its fairing when needed, to the test surface. The Microphone uses a front vent for pressure equalization, making it an excellent choice when it is used on aircraft and

Direct Adhesive Mount Procedure For restrictions of space or for convenience, most sensors (with the exception of integral stud models) can be adhesive-mounted directly to the machine surface.

pad to the machine with an ample amount of adhesive (follow manufacturer’s direction for use of adhesive). There are a variety of adhesives that may be used. After the adhesive has cured, apply a thin film of coupling fluid to the accelerometer seating area of the mounting pad. Thread the accelerometer onto the mounting pad and torque to the

Also referred to as a battery cover, the Cell Connection System (CCS) is used in electric vehicles (EV) and hybrid electric vehicles (HEV). Used as the top cover to the battery pack, it provides temperature sensing and voltage sensing of the battery

erometers via an adhesive mounting base. The base acts as a sacrificial part allowing safe removal of accelerometer after test is completed. If a base is not used, care must be taken as to not damage the sensor during removal.

The user can provide standard signal conditioning circuitry to amplify the 100 mV output signal. The sensor is compatible with most non-corrosive gases and dry air. A laser-trimmed, thick-film resistor network on a hybrid ceramic substrate provides temperature compensation.

PosiBand has greater surface area at the male and female contact interface, resulting in more consistent electrical performance compared to the sloped design of split tine contacts. The greater contact area provides more reliable electrical integrity.

bridge element in the circuit. The electrical characteristics of one portion of the bridge increases while the other decreases, when exposed to acceleration. The sensor element itself is kept small through the use of cutting edge processes such as DRIE (Deep Reactive Ion Etching).

Thermometrics Sensor Assemblies | Adhesive Mounted Surface Sensors. Thermometrics Adhesive Mounted Surface Sensors feature a surface mount cup for use as skin temperature sensors or on flat surfaces.

than using adhesive. A summary of the recommended mount-ing methods is provided below. Stud Mount: Recommended for permanent mount applications or in test situations that require a rugged or secure installation. The necessary information, including surface finish, mounting

Adhesive Mount: Recommended for temporary mounting of the sensor or when the test object surface cannot be properly prepared for stud mounting. Wax works well for temporary mount applications under conditions where the operating tem-perature will not melt the wax or the acceleration levels will not dislodge the sensor from the test object.

erometers via an adhesive mounting base. The base acts as a sacrificial part allowing safe removal of accelerometer after test is completed. If a base is not used, care must be taken as to not damage the sensor during removal.

erometers via an adhesive mounting base. The base acts as a sacrificial part allowing safe removal of accelerometer after test is completed. If a base is not used, care must be taken as to not damage the sensor during removal.