All Sections: LT

1. Fast response 1 Hz to 2.5 MHz V-F converter
   Jim Williams
   Circuits Analog Devices LT1004 LT319A LTC1052 LT1056
   Figure 1’s circuit is not as fast as some other circuits, but its 2.5 MHz output settles from a full-scale input step in only 3 us. This makes the circuit a good candidate for FM applications or any area where fast response to input movement ...
   May 14, 2025

2. LT319 — Datasheet Analog Devices
   Datasheets Analog Devices LT319
   lue:LB},{key:Lesotho,value:LS},{key:Liberia,value:LR},{key:Libya,value:LY},{key:Liechtenstein,value:LI},{key:Lithuania,value:LT},{key:Luxembourg,value:LU},{key:Macao,value:MO},{key:Macedonia,value:MK},{key:Madagascar,value:MG},{key:Malawi,value:M
   May 13, 2025

3. LT319AN#PBF — Datasheet Analog Devices
   Datasheets Analog Devices LT319AN#PBF
   Dual Comparator The LT119A is an improved version of the LM119 dual comparator. It features lower input offset voltage and offset current, higher voltage gain, guaranteed common mode rejection and input protection diodes. The LT119A is capable of ...
   May 13, 2025
4. LT319A — Datasheet Analog Devices
   Datasheets Analog Devices
   Dual Comparator The LT119A is an improved version of the LM119 dual comparator. It features lower input offset voltage and offset current, higher voltage gain, guaranteed common mode rejection and input protection diodes. The LT119A is capable of ...
   May 13, 2025
5. Test technique quantifies jitter of discrete-comparator design
   Tim Davis
   Circuits Analog Devices AD8220 ADR5041 LT1634 LT3081 REF195
   A colleague asked for the measured jitter number on a single-supply comparator design based on the LM359 IC ( Ref. 1 ). He wanted to know how the jitter performance of the discrete comparator compared to an IC comparator, which was used with an ...
   Apr 9, 2025
6. Dual comparators match precision industrial, instrumentation application needs
   Tim Davis
   Circuits Texas Instruments LM359
   Dual precision comparators are needed in many designs, such as for industrial and instrumentation applications, to generate accurate pulse-width modulated (PWM) waveforms with very high ( 99%) and very low ( 1%) duty-cycle percentages. This design ...
   Apr 4, 2025
7. 100-MHz VFC with TBH current pump
   Stephen Woodward
   Circuits Texas Instruments CD74AC14 CD74AC74 CD74AC161 SN74LVC1G14 TLV9161
   Famous analog designer and author Jim Williams published an awesome design in 1986 for a 100-MHz voltage to frequency converter ( Ref. 1 ). He named this high-climber (picture it on the roof of the Empire State building swatting biplanes out of the ...
   Mar 25, 2025
8. Regulation loop without a resistive divider
   Frederik Dostal
   Articles Analog Devices LT3045 LT8625S
   A new control loop architecture is designed to generate very low noise voltages. This can be utilized by both linear and switching regulators. In addition to the low noise achieved, the level of noise becomes independent of the set output voltage. ...
   Feb 27, 2025
9. MAX6069BAAWS+ — Datasheet Analog Devices
   Datasheets Analog Devices MAX6069BAAWS+
   1μA WLP Precision Shunt Voltage Reference The MAX6069 ultra-low-power shunt references are ideal for space-critical and low-power applications. They are offered in a 4-bump wafer-level package (WLP), and the minimum operating current is guaranteed ...
   Feb 1, 2025
10. MAX6069BAAWS+T — Datasheet Analog Devices
    Datasheets Analog Devices MAX6069BAAWS+T
    1μA WLP Precision Shunt Voltage Reference The MAX6069 ultra-low-power shunt references are ideal for space-critical and low-power applications. They are offered in a 4-bump wafer-level package (WLP), and the minimum operating current is guaranteed ...
    Feb 1, 2025

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