• The OLS -2000 Digital Overlay Learning System allows students to assemble even the most complicated circuit and leave enough time for fruitful experimentation.
• The OLS-2000 is compatible with K&H products of IDL-800A Digital Lab, DT-01 Digital Trainer and ETS-7000B Digital-Analog Training System.
• No add-ons are required. A standardized set of all necessary components is included. The thorough courseware was designed by educators with over 20 years practical teaching experience. The experiments especially stress on the theory. The professional manual is considered as the most widely used theory books. The schematic diagrams component list and procedures are clearly offered. Each experiment was tested prior to final editing.
• Moreover, the continuous hands-on exposure ensures the transfer of practical technical skills in the minimum time.

List of Experiments

• FE-01 basic logic functions
• FE-02 basic logic functions
• FE-03 basic logic functions
• FE-04 basic logic functions
• FE-05 boolean algebra and simplification of logic equations
• FE-06 boolean algebra and simplification of logic equations
• FE-07 boolean algebra and simplification of logic equations
• FE-08 boolean algebra and simplification of logic equations
• FE-09 boolean algebra and simplification of logic equations
• FE-10 boolean algebra and simplification of logic equations
• FE-11 demorgan's theorem
• FE-12 demorgan's theorem
• FE-13 demorgan's theorem
• FE-14 demorgan's theorem
• FE-15 demorgan's theorem
• FE-16 TTL NAND/NOR gates definitions and operation
• FE-17 NAND/NOR gates definitions and operation
• FE-18 the "exclusive-OR" and its applications
• FE-19 the "exclusive-OR" and its applications
• FE-20 the "exclusive-OR" and its applications
• FE-21 the "exclusive-OR "and its applications
• FE-22 the "exclusive-OR" and its applications
• FE-23 the "exclusive-OR" and its applications
• FE-24 the "exclusive-OR "and its applications
• FE-25 full-adder and full-subtractor
• FE-26 full-adder and full-subtractor
• FE-27 full-adder and full-subtractor
• FE-28 full-adder and full-subtractor
• FE-29 full-adder and full-subtractor
• FE-30 bistable or flip-flop(FF)
• FE-31 bistable or flip-flop(FF)
• FE-32 bistable or flip-flop(FF)
• FE-33 binary counters and the binary number system
• FE-34 binary counters and the binary number system
• FE-35 divide-by-n counters and decade counters
• divide-by-n counters and decade counters
• FE-37 divide-by-n counters and decade counters
• FE-38 divide-by-n counters and decade counters
• FE-39 divide-by-n counters and decade counters
• FE-40 shift registers and ring counters
• FE-41 shift registers and ring counters
• FE-42 shift registers and ring counters
• FE-43 shift registers and ring counters
• FE-44 pulse forming and shaping; the schmitt trigger
• FE-45 pulse forming and shaping; the schmitt trigger
• FE-46 integrated-circuit timers-the 74122, 74121, and 555
• FE-47 integrated-circuit timers-the 74122, 74121, and 555
• FE-48 decoding and encoding
• FE-49 decoding and encoding
• FE-50 decoding and encoding
• FE-51 decoding and encoding
• FE-52 random-access memories (RAM) scratch pad memories
• FE-53 random-access memories (RAM) scratch pad memories
• FE-54 the operational amplifier
• FE-55 the operational amplifier
• FE-56 the operational amplifier
• FE-57 digital-to-analog (D/A) and analog-to-digital (A/D) conversion
• FE-58 digital-to-analog (D/A) and analog-to-digital (A/D) conversion
• FE-59 complementary symmetry MOS (CMOS)-principles and characteristics
• FE-60 complementary symmetry MOS (CMOS)-principles and characteristics
• FE-61 complementary symmetry MOS (CMOS)-TTL interface
• FE-62 complementary symmetry MOS (CMOS)-TTL interface