BIVAR, Inc.
Irvine, CA 92618
Light Pipes have dual-lens geometry.
Suited for use with SMT or through-hole LEDs, 5 mm Series PLP 5 Panel Light Pipes enable designers to locate PCBs directly behind panels to assure evenly lighted indicators. Lens geometry at base of light pipes creates concave collector to gather full brightness and intensity of LED, to concentrate and forward it to convex viewing surface. Molded from 94V-O polycarbonate, light pipes have tight,...
Read More »
LED Module has 180-
Available in white and tri-color RGB (Red/Green/Blue), Super-Flux Mako(TM) Wide (MW) Series enables designers to create displays of any color. Grid-type mounting arrangement features lens geometry that provides full 180Ã-
Read More »
LED Mounts withstand temperatures to 300-
Series CLM(TM) employs bi-materials and co-extrusion process to provide alternative to injection molded spacers. Rigid outer shell with softer, shock absorbing inner lining provides rigid mount, while conforming to and simultaneously protecting leads. Mounts works with T-1, T-1Ã-¾, rectangular, square, and custom LED configurations and accept 0.100 in. pitch discrete components. Heights range...
Read More »
Light Pipes use custom polycarbonate compound.
BivarOpto(TM) High Contrast Ratio (HCR) Light Pipes use 94V-O compliant custom polycarbonate compound that provides improved contrast ratio for light transmission of surface or through-hole mounted LEDs. Products are white-diffused in off-state appearance and take full color when in on-state. Precision molded units carry light from SMD and through-hole LEDs typically mounted on PCBs to front...
Read More »
SMT LED Devices eliminate need for through-hole PCBs.
Integrating adapter and LED into one surface-mount package, SMPT Series devices accept company's FLP Series Flexible Light Pipes to create design and installation style that eliminates need for through-hole PCBs. Encapsulated in 94V-O polycarbonate, modules can be used as individual full color pixel in fixed or moving messages, providing designers with LED display capable of being extended from...
Read More »
Locking Ejectors suit cPCI enclosures and buss systems.
Surface geometry of Gen II cPCI-E3(TM) Locking Ejectors eliminates potential for unintentional tripping of hot-swap switch associated with PICMG 2.0+ circuitry interfaces of peripherals engaged in cPCI enclosures. Units include positive audible and tactile click when ejector is engaged or locked. Secure engagement is assured by force rating of over 60 lb, while red Norel(TM) push-button...
Read More »
Ultraviolet LEDs are offered in various packaging styles.
Housed in 3 and 5 mm packages, UV LEDs include TO-92, all metal and glass encapsulated UV LED and 1206 surface-mounted discrete UV LED package. Depending on device package, solid-state devices provide viewing angles from 30-140Ã-
Read More »
Surface-Mount LEDs feature integrated heat sink.
Solaris(TM) SM Series, with high-current drive capability, includes blue, true green, red, yellow, and white LEDs with luminance intensities from 1400-2000 mcd, at 75 and 175 mA forward current, respectively. Forward voltages range from 2.2-5.5 V. Operating temperature is -40 to +100Ã-
Read More »
Light Pipe allows high-density side-by-side installation.
Vertical Rectangular Light Pipe (VLPR) Series, with rectangular lens structure, is configured for flush or side-view panel insertion. Unit mounts vertically via crush pins to SMD PCB for applications where light from SMD LEDs is carried directly to front panel/enclosure. Product is manufactured with flame-retardant, clear polycarbonate. It is offered in 0.500 and 0.640 in. heights and mounts on...
Read More »
Ultraviolet LEDs are offered in multi-chip and cluster arrays.
Series UV-400-TO92 features typical radiant flux of 12 mW per chip and typical stable wavelength of 400 nm. Units are housed in all metal and glass TO-92 package and are rated for over 20,000 hours of continuous operation at 30 mA. Series can be specified with multi-chip configurations allowing for compound intensities up to 36 mW per unit and in large cluster arrays of up to 144 units per PCB....
Read More »