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Electronic circuit
A Widlar current source is a modification of the basic two-transistor current mirror that incorporates an emitter degeneration resistor for only the output
Widlar_current_source
Electronic component delivering stable electric current regardless of voltage
for arc welding, many of which are designed as constant current devices. Widlar current source "Depletion-mode Power MOSFETs: The Forgotten MOS - Technical
Current_source
American electronics engineer (1937–1991)
1963. Widlar invented the basic building blocks of linear ICs including the Widlar current source, the Widlar bandgap voltage reference and the Widlar output
Bob_Widlar
Circuit designed to copy a current through one active device
These circuits include: the Widlar current source the Wilson current mirror used as a current source Cascoded current sources Keeping the output resistance
Current_mirror
Type of electrical circuit
or less, the use of current mirrors may be abandoned entirely. Widlar current source Sedra, A.S. & Smith, K.C.: "Microelectronic Circuits, 6th Ed.",
Wilson_current_mirror
American semiconductor manufacturer
Pease, designer of the LM331 and LM337 among others Bob Widlar inventor of the Widlar current source List of LM-series integrated circuits List of semiconductor
National_Semiconductor
Reference voltage independent of temperature
filed a patent in 1963 and published this circuit concept in 1964. Bob Widlar, Paul Brokaw and others followed up with other commercially-successful versions
Bandgap_voltage_reference
Operational amplifier
supply is available anyways.[better source needed] After the successful release of a monolithic opamp IC, the Bob Widlar-designed μA702 in 1963, proved that
ΜA741
Whitaker Founder of AMP Inc. and philanthropist Bob Widlar Linear integrated circuits, Widlar current source, and operational amplifier Niklaus Wirth Computer
List_of_electrical_engineers
Set of analog electronic circuits on a single semiconductor
their functioning. People who have specialized in this field include Bob Widlar, Bob Pease, Hans Camenzind, George Erdi, Jim Williams, and Barrie Gilbert
Linear_integrated_circuit
French venture capitalist (born 1930)
company's spin-off, National Semiconductor, with Charles E. Sporck and Bob Widlar. At National Semiconductor they made the-then bold move of assembling all
Pierre_Lamond
Thermometer used in electronic equipment
This method is common in monolithic temperature sensors.[citation needed] Widlar, R.J. (January 1967). "An exact expression for the thermal variation of
Silicon bandgap temperature sensor
Silicon_bandgap_temperature_sensor
Power supply connections for integrated circuits
vacuum triode, tetrode, and pentode circuits. 4000 series 7400 series Bob Widlar Common collector Differential amplifier Letter and numeral code for voltages
IC_power-supply_pin
Power supply with switching regulator
(1966–1972), incorporated early switched-mode power supplies. c. 1967 Bob Widlar of Fairchild Semiconductor designs the μA723 IC voltage regulator. One of
Switched-mode_power_supply
American integrated circuit manufacturer
Robert Widlar to design analog operational amplifiers using Fairchild's process. Since Fairchild's processes were optimized for digital circuits, Widlar collaborated
Fairchild_Semiconductor
Linear integrated circuit precision shunt regulator
front end. There is no physical 2.495 V source: the actual internal reference is provided by a 1.2 V Widlar bandgap (transistors T3, T4, T5), driven
TL431
influential in the development of Fairchild's uA709 operational amplifier by Bob Widlar, which Noyce knew about as he was one of the founders of Fairchild Semiconductors
Direct-coupled_amplifier
High-gain voltage amplifier with a differential input
amp. In 1963, the first monolithic IC op amp, the μA702 designed by Bob Widlar at Fairchild Semiconductor, was released. Monolithic ICs consist of a single
Operational_amplifier
Ćuk converter Current (electricity) Current density Current division Current source inverter Current source Current transformer Current-to-voltage converter
Index of electrical engineering articles
Index_of_electrical_engineering_articles
transistor–transistor logic (TTL) ICs, which became a commercial success. Bob Widlar from Fairchild made a similar breakthrough in 1964–1965 in analog ICs (operational
Invention of the integrated circuit
Invention_of_the_integrated_circuit
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