Amplifiers

Single Ended Amplifiers

+ AD820, Analog Devices

+ LM7301, Texas Instruments, Low-Power, 4-MHz GBW, Rail-to-Rail Input-Output OpAmp

+ LMx24, Texas Instruments, x=1,2,3: Low-Power, Quad-Operational Amplifiers

+ LMC6482, TI, rail-to-rail I/O, 3-15V, IB=4pA, Voff=4mV, Icc=1.2mA

+ LTC1049, low power, chopper stabilized offset, Linear Technology

+ LTC2063, Voff=5uV, Icc=2uA, Vcc=1.7-5.25dB, Av0=140dB, rail-to-rail I/O, LT May 2017

+ MAX991x, x=0-3: GB=200KHz, 4uA, Rail-Rail OpAmps, Maxim, (http://www.maxim-ic.com)

+ MAX991x, x=4-7: GB=1MHz, 20uA, Rail-Rail OpAmps, Maxim

+ MAX423x, GB=10MHz, 2.8mA, Rail-Rail OpAmps, Maxim

+ OP07, GB=1MHz, Analog Devices, (http:http://www.analog.com)

+ OPAx333, GB=0.35MHz, CMOS, Av=130dB, Voff=10uV (autocalibration), I/O rail to rail

+ TAS5705 Class-D amplifier, digital in, 2x20W

+ TPA313xD2 Class-D amplifier, analog in, x=1: 2x4W, x=2: 2x25W

+ TL081, TL082, TL084,  GB=3MHz

+ LTC6228/ 6LTC229, Av=135dB, rail-to-rail (May 2020)

Instrumentation Amplifiers

Voltage-Feedback (VFB) Types:

+ INA128, Vcc=2.25-18V, Uoff=50uV

+ INA488, Low noise, GB=2,8MHz*2000, amplification setting internal

+ INA489, Low noise, high bandwidth, amplification setting external

+ MAX419x, x=4...7, 93uA, Rail-Rail Instrumentation Amplifier, Maxim

+ AD867x, x=1,2,4, GB=10MHz

Current-Feedback (CFB) Types:

+ AD8221, Spice model, GB=825KHz

+ AD8429, GB=15MHz

+ LT6370, GB 3.1MHz, Voff=25uV

Fully Differential Amplifiers

+ Different Figures 

+ AD: LTC6402-1, 200MHz I/O amplifier

+ TI: Fully Diff OpAmps made easy,  TI: Fully- Diffferential Amplifier Application 

+ TI: OPA1632: High preformance fully differential Audio Amplifier -> ADC PCM1804 

Power Voltage and Transconductance amplifier

+ Hubert A1110-05-E: homepage, datasheet 

Analog-to-Digital Converters (ADCs)

+ Internet Tutorials 

   Texas Instruments, “High Speed, Analog to Digital Converter Basics”, 
   available in June 2023: https://www.ti.com/lit/an/slaa510/slaa510.pdf.

   Texas Instruments, “High speed data converter fundamentals”, 
    available in June 2023: https://www.ti.com/video/series/high-speed-data-converter-fundamentals.html.

:+ Examples for Delta-Sigma-ADCs:

    ADS1271, TI (früher BB), 24-Bit, 105kSPS, SNR 109dB, THD -108dB

    PCM1804, (Burr Brown -> TI), 24 Bit, 192KHz Stereo Audio ADC

    TLV320AIC3204 Adio Codec, 16-32 bit progr., 6.1 mW, SNR 93 dB

+ Examples for SAR-ADCs: 

   AD7685, 16 bit, 250 KSPS, 135mW, SINAD 93,5 dB, THD -110dB

   AD7946, 14 bit, 500KSPS, 3,3mW, SINAD 85 dB, THD -100 dB

   LTC2308, 12 bit, 17.5mW @ 500KSPS, on DE1-SoC FPGA Board

+ Examples for String-ADCs: 

+ Examples for Pipeline-ADCs: 

   AD9248, 14 bit, 3V,  20/40/65 MSPS (on Terasic THDB-ADA Board + Schematcis)

   AD9254, 14 bit, 430mW @ 150 MSPS

  AD9081, 4 GSPS ADC and 12 GSPS DAC (State of the art commercial in March 2021)

+ Examples for Interleaved ADCs

   ADC12DJ5200RF: 2 x 5.2 GSPS or 1 x 10.4 GSPS (June 2023)

Digital-to-Analog Converters (DACs)

   AD9767AST, 14 bit, 3.3V,  125 MSPS (on Terasic THDB-ADA Board + Schematcis)

   AD5593R, 8x 12bit R-String, + 12V SAR-ADC 2.7-5.5V, I²C Interface (fast mode 100Hz, standard 3KHz)

    AD9081: 12 GSPS DAC and 4 GSPS ADC (State of the art commercial in March 2021)

Comparators

+ LT1711, ~12, LT, 4.5ns, 15mA, Rail-to-Rail 

+ LT1719, LT, 4.5ns, 4.2mA, CMR: Vee-0.1V - Vcc-1.2V

+ LT1720, ~21, LT, 4.5ns, 4mA, CMR: Vee-0.1V - Vcc-1.2V

DC/DC Converters

+ TI DC/DC Layout Guide: AN-1229 

+ LDO: Voltage Down-Regulator LT117, LT317 ~= LM117, LM1117 ~= AME1117

+ LDO: Voltage Down-Regulator 78DxxA

+ LDO: Voltage Down-Regulator TLV702xx 

+ LDO: Voltage Down-Regulator TPS731xx,  Udo=30mV @ Iout=150mA

+  LDO: Voltage Down-Regulator TPS737xx,  Udo=130mV @ Iout=1A

+ Buck: LM2676.pdf 

+ Buck: LM3150.pdf  Vin: 6-42V, Vout: 0.6V... , Iout 12A, fs 1MHz, 

+ Buck: LTC3388  

+ Buck: LTM4600: 1.5V, 10A,  LTM4603: 1.5V, 6A

+ Buck: LM5116  

+ Boost STV1040 of STM, charge accu from solar

+ Boost: LM2775 , 2.5-5,5V to 5V using switched capacitors using SC's

+ Boost: LTC3221 -3.3: output=3.3V, -5: output=5V, using SC's

+ Boost+Buck: LM2665 , x2, /2, using switched capacitors (SC's)

+ Boost+Buck: LM 5118  

+ Boost+Buck by C: x2, /2, x(-1): Vin=6-72V, 5A: LTC7820  

Diodes

+ Active Diode: LM5050-1 

PLL's

+ MAX2880: 12.4GHz, 0.14ps Integrated RMS Jitter, Vcc=2.8-3.6V

Switches + Multiplexers

+ Switches, single: 4066: Maxim: MAX4066, TI: CD4066 

+ Switches, multiplexers: 74HC4051, 74HC4052, 74HC4053 ~= MAX4617-4619,

Digital Thermometer

+ DS18S20: -55 - 125°C