OPTOELECTRONIC DEVICE
x OPTICAL ISOLATOR
xx ELECTRONIC COMPONENT
xx OPTICS
xx PHOTOELECTRIC DEVICE
Constructing a two-way optoisolator (optocouplers). COMPUTERS & ELECTRONICS May 1983 (v.21#5) pg. 96
Optoelectronic isolators. How they work and some typical circuit applications. CQ. THE RADIO AMATEUR'S JOURNAL Feb 1979 (v.35#2) pg. 50
Optical isolator (opto-coupler) circuits. (1) RS-232 to TTL. (2) RS-232 isolated AC line control. (3) RS-232 115 VAC 10 amp control system. CQ. THE RADIO AMATEUR'S JOURNAL Dec 1992 (v.48#12) pg. 118
An introduction to the concept of isolation circuits which utilize the opto-coupler. CQ. THE RADIO AMATEUR'S JOURNAL Oct 1998 (v.54#10) pg. 46
Optocoupler devices. Learn to use optocouplers (optoisolators) in circuits that require high electrical isolation between input and output. ELECTRONICS NOW Aug 1992 (v.63#8) pg. 44
Protect your computer's parallel port with this optical isolator interface. ELECTRONICS NOW Jun 1999 (v.70#6) pg. 34
How computers communicate with the real-world. Includes typical circuit using an opto-isolator to connect a computer to an external load. ELEMENTARY ELECTRONICS Mar-Apr 1979 (v.19#2) pg. 77
Optical isolator. Part 1. Types of solid-state optical couplers available to experimenters, their technical characteristics, and typical applications. MODERN ELECTRONICS [2] Nov 1986 (v.3#11) pg. 30
Optical isolator. Part 2. Construction details for building an inexpensive and versatile tester that can be used in conjunction with a dual-channel oscilloscope and a digital multimeter to test all types of optical isolators. Can also be used to test low-voltage zener diodes and 9-volt batteries. MODERN ELECTRONICS [2] Dec 1986 (v.3#12) pg. 42
Speeding up optical isolators. Simple, inexpensive ways to get 3-MHz and greater speed from low-cost optoisolators like the 4N35. MODERN ELECTRONICS [2] Jun 1988 (v.5#6) pg. 16
Using an optoisolator for solving many noise and high voltage isolation problems in electronic circuits. POPULAR ELECTRONICS [1] Jan 1976 (v.9#1) pg. 101
A look at some rare semiconductor devices. The constant-current diode, the photo-Darlington, and the LM387 preamplifier. POPULAR ELECTRONICS [1] Nov 1976 (v.10#5) pg. 89
Circuit to control 120-volt ac devices with TTL logic without using a relay. Circuit is called an optoisolator. POPULAR ELECTRONICS [1] Jul 1977 (v.12#1) pg. 84
Six circuits for optically isolated switches or relays which use the photo-Darlington optoelectronic coupler. POPULAR ELECTRONICS [1] May 1978 (v.13#5) pg. 66
Optoisolators. What they are and how they work. POPULAR ELECTRONICS [1] May 1981 (v.19#5) pg. 85
Looking at light sensors. Learn how optoelectronic devices and sensors work, and how you can use them in your designs and circuits. POPULAR ELECTRONICS [2] Jan 1991 (v.8#1) pg. 61
All about the optoisolator and optocoupler family of chips. POPULAR ELECTRONICS [2] Oct 1992 (v.9#10) pg. 53
Sensors made simple. The construction, characteristics and operation of commercially available sensors such as mechanical switches, magnetic switches, photocells, phototransistors, and optocouplers. POPULAR ELECTRONICS [2] Mar 1993 (v.10#3) pg. 40
Optoelectronic devices. How they work and what they can do for the electronic experimenter. Typical circuits include: (1) Optocoupler monitors. (2) Voltage controllers. (3) Lamp dimmer and modulator. (4) Telephone in-use indicator. POPULAR ELECTRONICS [2] Sep 1997 (v.14#9) pg. 64
Understanding analog optoisolator/couplers. POPULAR ELECTRONICS [2] Dec 1997 (v.14#12) pg. 44
Tip on testing an optocoupler for proper operation. RADIO-ELECTRONICS Apr 1985 (v.56#4) pg. 90
All about optocouplers. Facilitates interfacing of digital signals to real-world devices. RADIO-ELECTRONICS May 1985 (v.56#5) pg. 87
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