Proteus VSM Peripherals Library
All products in the
range include a host of peripheral simulation models, ensuring that the parts you need are available to you at design time. Typically these split into two catagories - standard simulation models and more complex embedded design peripherals.
Proteus comes as standard with tens of thousands of models for standard CMOS/TTL parts, opamps, transistors, diodes, passives, buttons, switches etc. as well as the more advanced peripheral models listed below. We are constantly working on developing additional peripheral models to improve the product so the following is not a complete listing - if you want a model developing for a device not mentioned please contact us to check availability or to have the model added to our 'wishlist'.
Instrumentation and Analysis Tools
Interactive Instrumentation
4-channel DSO with X-Y operation, AC or DC coupled inputs and measurement cursors
40-Channel Logic Analyser with a 40000 x 52 bit capture buffer and measurement cursors
Counter/Timer instrument measures time intervals, signal frequency and pulse counts
RS232 Terminal with configurable baud rate,data bits,stop bits,parity and Rx/Tx Polarity
DC and AC Voltmeters display true RMS values integrated over a definable time constant
DC and AC Ammeters display true RMS values integrated over a definable time constant
Protocol Analysers
Dual mode (master/slave) I2C protocol analyser
Dual mode (master/slave) SPI protocol analyser
Interactive Circuit Stimulus Tools
Analogue Signal Generator to inject square, saw-tooth, triangle and sine wave signals
Digital Pattern Generator allows for specification of 8-bit by 1k bytes digital data streams
OptoElectronic Display Models and Drivers
Alphanumeric LCD Models
LM016L: 16x2 alphanumeric LCD model
LM017L: 32x2 alphanumeric LCD model
LM018L: 40x2 alphanumeric LCD model
LM020L: 16x1 alphanumeric LCD model
LM032L: 20x2 alphanumeric LCD model
LM041L: 16x4 alphanumeric LCD model
LM044L: 20x4 alphanumeric LCD model
Milford 16x2 alphanumeric LCD display model
Milford 20x2 alphanumeric LCD display model
Milford 40x2 alphanumeric LCD display model
Milford 20x4 alphanumeric LCD display model
Graphical LCD Models
LM graphical LCD model
LM graphical LCD model
LM graphical LCD model
LM graphical LCD model
LM graphical LCD model
LM graphical LCD model
LM graphical LCD model
LM8 graphical LCD model
LM graphical LCD model
LM graphical LCD model
LM graphical LCD model
PG128128A: 128x128 graphical LCD model
PG12864F: 128x64 graphical LCD model
PG160128A: 160x128 graphical LCD model
PG24064F:
240x64 graphical LCD model
Ampire 128x64 graphical LCD model
LGM12341BS1R: 128x64 graphical LCD model
EW12A03GLY 122x32 Graphical LCD model
AGM123G 122x32 AZ Display Inc. GLCD model
HDM32GS12T-3 122x32 Hantronix GLCD model
HDM32GS12-B 122x32 Hantronix GLCD model
TG13650FEY 132x65 Data Image GLCD model
TG126410-GFSB 128x64 Selectable Interface GLCD model
HDG12854F-1 Hantronix 128x64 GLCD model
HDG12854F-3 Hantronix 128x64 GLCD model
HDG12854F-4 Hantronix 128x64 GLCD model
HDG12854F-6 Hantronix 128x64 GLCD model
Nokia
GLCD model
LED Models
LED Models',undefined,custom_closed_node_style,
Standard single LED model (green/red/blue/yellow)
LED bargraph displays (green/red)
5x7 dot matrix LED displays (blue/green/orange/red)
8x8 dot matrix LED displays (blue/green/orange/red)
Bi-colour LED models (Blue/Yellow,Green/Amber,Reg/Green,Red/Yellow)
Seven Segment Display Models
7-Segment BCD display (blue/red)
7-Segment common anode display (blue/green/red
7-Segment common cathode display (blue/green/red)
Digital 7-segment display model
2-digit multiplexed 7-segment common anode display
2-digit multiplexed 7-segment common cathode display
4-digit multiplexed 7-segment common anode display
4-digit multiplexed 7-segment common cathode display
6-digit multiplexed 7-segment common anode display
6-digit multiplexed 7-segment common cathode display
8-digit multiplexed 7-segment common anode display
8-digit multiplexed 7-segment common cathode display
Optoelectronic Driver Models
LM3914: linear dot/bar display driver
LM3915: Logarithmic Dot/Bar display driver
LM3916: VU scaled dot/bar display driver
74LS248: 7-segment decoder, common cathode LED driver with RBI
7446: Open collector 7-segment decoder, common anode LED driver with RBI:
7448: 7-segment decoder, common anode LED driver with RBI:
MAX6950: Serial interfaced 5-Digit LED Display Driver
MAX6951: Serial interfaced 5-Digit LED Display Driver
MAX6952: 4-wire 2.7V-5.5V 5x7 LED matrix driver
MAX6953: 2-wire 2.7V-5.5V 5x7 LED matrix driver
MAX6954: 4-wire interfaced LED Driver with I/O Expander and Key Scan
MAX6955: 2-wire interfaced LED Driver with I/O Expander and Key Scan
MAX7219: serially interfaced, 8-digit LED display driver
CD4522: Programmable 4-bit BCD Down Counter
Optocoupler Models
HCNR200: High linearity analog optocouplers
MOC30xx: Zero cross optoisolators, TRIAC driver output
4N25:Motorola 6-Pin DIP Optoisolators
4N26:Motorola 6-Pin DIP Optoisolators
4N27:Motorola 6-Pin DIP Optoisolators
4N28:Motorola 6-Pin DIP Optoisolators
4N35:Texas Instruments 6-Pin DIP Optoisolators
4N36:Texas Instrument 6-Pin DIP Optoisolators
4N37:Texas Instruments 6-Pin DIP Optoisolators
PC817(A,B,C,D):Sharp High Density Mounting Type Photocouplers
PC829:Sharp High Density Mounting Type Photocouplers
CNY70: Reflective Optical Sensor with Transistor Output
NSL-32SR3: Resistive Optocoupler
IREMITTER: Generic IR Emitter Model
PHOTODIODE: Generic Photodiode Model
Motor Models and Controllers
Motor Models and Controllers
DC brushless motor model
DC Motor model with inertia and loading
DC Motor model with inertia, loading and position encoder
BiPolar stepper motor model
UniPolar stepper motor model
Servo motor model
PWM controlled servo motor model (Hobby Servo)
DC Motor with Fan including commutation chopping (breakers effect)
Motor Controller Models
L297: Stepper motor controller model
L298:
Dual full bridge driver model
L6201: DMOS dual full bridge driver model
L6202: DMOS dual full bridge driver model
L6203: DMOS dual full bridge driver model
IR2104: : Half-bridge Driver
HIP4080A: 80V/2.5A Peak, High Frequency Full Bridge FET Driver with input comparator
HIP4081A: 80V/2.5A Peak, High Frequency Full Bridge FET Driver
TC1411: 1A High-Speed MOSFET Drivers
MCP14700: Dual Input Synchronous MOSFET Driver
PWM Fan Speed Controller Models
TC646B: PWM Fan Speed controllers with auto-shutdown, fan restart & fansense technology
TC648B: PWM Fan Speed controllers with auto-shutdown, fan restart & fansense technology
TC649B: PWM Fan Speed controllers with auto-shutdown, fan restart & fansense technology
Hall Effect Sensor Models
Hall Effect Sensor Models
ACS712ELCTR-05B-T:Hall Effect Based Current Sensor with High Voltage Isolation
ACS712ELCTR-20A-T:Hall Effect Based Current Sensor with High Voltage Isolation
ACS712ELCTR-30A-T:Hall Effect Based Current Sensor with High Voltage Isolation
ACS713ELCTR-20A-T:Fully Integrated, Hall Effect-Based Linear Current Sensor
ACS713ELCTR-30A-T:Fully Integrated, Hall Effect-Based Linear Current Sensor
ACS755XCB-050:Hall Effect Based Current Sensor with High Voltage Isolation
ACS755XCB-100:Hall Effect Based Current Sensor with High Voltage Isolation
ACS755XCB-130:Hall Effect Based Current Sensor with High Voltage Isolation
ACS755XCB-150:Hall Effect Based Current Sensor with High Voltage Isolation
ACS755XCB-200:Hall Effect Based Current Sensor with High Voltage Isolation
Ethernet Controller Models
Ethernet Controller Models
RTL8019AS: Ethernet Controller with parallel ISA-compatible interface, packet send/receive etc.
ENC28J60: Ethernet Controller with SPI interface, DMA, packet send/receive/filtering etc.
Potentiometer Models
Potentiometer Models
POT-HG: High granularity interactive potentiometer (lin,log,antilog)
POT-LIN: Interactive potentiometer with linear track
POT-LOG: Interactive potentiometer with logarithmic track
AD5220BN10: Increment/Decrement 128 position digital pots
AD5220BN50: Increment/Decrement 128 position digital pots
AD: Increment/Decrement 128 position digital pots
AD5220BR10: Increment/Decrement 128 position digital pots
AD5220BR50: Increment/Decrement 128 position digital pots
AD: Increment/Decrement 128 position digital pots
AD5220BRM10: Increment/Decrement 128 position digital pots
AD5220BRM50: Increment/Decrement 128 position digital pots
AD5520BRM100: Increment/Decrement 128 position digital pots
AD5241BR10: I2C Compatible, 256 position digital potentiometers
AD: I2C Compatible, 256 position digital potentiometers
AD5241BR1M: I2C Compatible, 256 position digital potentiometers
AD5241BRU10: I2C Compatible, 256 position digital potentiometers
AD5241BRU100: I2C Compatible, 256 position digital potentiometers
AD5241BRU1M: I2C Compatible, 256 position digital potentiometers
AD5242BR10: I2C Compatible, 256 position digital potentiometers
AD: I2C Compatible, 256 position digital potentiometers
AD5242BR1M: I2C Compatible, 256 position digital potentiometers
AD5242BRU10: I2C Compatible, 256 position digital potentiometers
AD5242BRU100: I2C Compatible, 256 position digital potentiometers
AD5242BRU1M:
I2C Compatible, 256 position digital potentiometers
AD5204BN10: SPI Interface, 4/6 Channels, 256 position digital pots
AD5206BN50: SPI Interface, 4/6 Channels, 256 position digital pots
AD: SPI Interface, 4/6 Channels, 256 position digital pots
AD5206BR10: SPI Interface, 4/6 Channels, 256 position digital pots
AD5206BR50: SPI Interface, 4/6 Channels, 256 position digital pots
AD: SPI Interface, 4/6 Channels, 256 position digital pots
AD5206BRU10: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BRU50: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BRU100: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BN50: SPI Interface, 4/6 Channels, 256 position digital pots
AD: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BR10: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BR50: SPI Interface, 4/6 Channels, 256 position digital pots
AD: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BRU10: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BRU50: SPI Interface, 4/6 Channels, 256 position digital pots
AD5204BRU100: SPI Interface, 4/6 Channels, 256 position digital pots
MCP41xxx: Single digital potentiometer with SPI interface
MAX/4: 10-bit Nonvolatile, linear-taper digital potentiometers
DS1804-XXX: NV 100-position trimmer potentiometer (10k,50k,100k)
MAX: Dual 256 tap digital potentiometer
DS1867(E)(S)-10(50)(100):Dual digital potentiometer with EEPROM
AD5293BRUZ-20:Single-Channel, 1024-Position, 1% R-Tolerance Digital Pot
AD5293BRUZ-50:Single-Channel, 1024-Position, 1% R-Tolerance Digital Pot
AD5293BRUZ-100:Single-Channel, 1024-Position, 1% R-Tolerance Digital Pot
AD5260BRU20: 1-Channel, 20k, 256-Position, 15 V Digital Potentiometer
AD5260BRU50: 1-Channel, 50k, 256-Position, 15 V Digital Potentiometer
AD5260BRU200: 1-Channel, 200k, 256-Position, 15 V Digital Potentiometer
AD5262BRU20: 2-Channel, 20k, 256-Position, 15 V Digital Potentiometer
AD5262BRU50: 2-Channel, 50k, 256-Position, 15 V Digital Potentiometer
AD5262BRU200: 2-Channel, 200k, 256-Position, 15 V Digital Potentiometer
MCP-bit, digital 5k pot 129-Steps
MCP-bit, digital 10k pot 129-Steps
MCP-bit, digital 50k pot 129-Steps
MCP-bit, digital 100k pot 129-Steps
MCP-bit, digital 5k rheostat 129-Steps
MCP-bit, digital 10k rheostat 129-Steps
MCP-bit, digital 50k rheostat 129-Steps
MCP-bit, digital 100k rheostat 129-Steps
MCP-bit, digital 5k pot 257-Steps
MCP-bit, digital 10k pot 257-Steps
MCP-bit, digital 50k pot 257-Steps
MCP-bit, digital 100k pot 257-Steps
MCP-bit, digital 5k rheostat 257-Steps
MCP-bit, digital 10k rheostat 257-Steps
MCP-bit, digital 50k rheostat 257-Steps
MCP-bit, digital 100k rheostat 257-Steps
Memory Models
I2C EEPROM Memory Models
24AA00, 24AA01, 24AA02, 24AA04
24AA08, 24AA16, 24AA32A, 24AA64
24AA128, 24AA256, 24AA512, 24C00
24C01B, 24C01C, 24C02B, 24C02C
24C04A, 24C08B, 24C16B, 24C32A
24FC128, 24FC256, 24FC512, 24LC00
24LC01B, 24LC02B, 24LC04B, 24LC08B
24LC16B, 24LC32A, 24LC64, 24LC128
24LC256, 24LC512, 24LC25
24FC1025, AT24C512, AT24C512B, AT24C1024B
FM24C02, FM24C02F, FM24C03, FM24C03F
FM24C128, FM24C128F, FM24C16, FM24C16F
FM24C17, FM24C17F, FM24C256, FM24C256F
FM24C32, FM24C32F, FM24C64, FM24C64F
FM34W02, NM24C04, NM24C04F, NM24C05
NM24C05F, NM24C08, NM24C08F, NM24C09
NM24C09F, M24128B, M24256B, M24512
M24C01, M24C02, M24C04, M24C08
M24C16, M24C32, M24C64, ST24W01
ST24W02, ST24W04, ST24W08, ST24W16
ST24E16, 25AA010A, 25AA020A, 25AA040
25AA040A, 25AA080A, 25AA080B, 25AA160
25AA160A, 25AA160B, 25AA256, 25AA320
25AA640, 25C040, 25C160, 25C320
25LC010A, 25LC020A, 25LC040, 25LC040A
25LC080A, 25LC080B, 25LC160, 25LC160A
25LC160B, 25LC256, 25LC320, 25LC640
25LC512, 25AA512, 25LC24
M95010, M95010-R, M95010-W, M95020
M95020-R, M95020-W, M95040, M95040-R
M95040-W, M95080, M95080-R, M95080-S
M95080-W, M95128, M95128-R, M95128-W
M95160, M95160-R, M95160-S, M95160-W
M95256, M95256-R, M95256-W, M95320
M95320-R, M95320-S, M95320-W, M95512-R
M95512-W, M95640, M95640-R, M95640-S, M95640-W
SPI FLASH Memory Models
AT25F1024A: 4MHz serial flash memory with SPI interface
AT25F2048: 4MHz serial flash memory with SPI interface
AT25F4096: 4MHz serial flash memory with SPI interface
AT25F512A: 4MHz serial flash memory with SPI interface
M45PE16: 16MHz serial flash memory with SPI interface
M45PE40: 4MHz serial flash memory with SPI interface
M45PE80: 8MHz serial flash memory with SPI interface
M25PE10: Serial flash memory with SPI interface
M25PE20: Serial flash memory with SPI interface
23A1024: 1Mbit SPI Serial with SDI/SQI interface
23A512: 512kbit SPI Serial with SDI/SQI interface
23LC1024: 1Mbit SPI Serial with SDI/SQI interface
23LC512: 512kbit SPI Serial with SDI/SQI interface
Static RAM Models
V Operation static RAM
2018: CMOS (2K x 8bit) static RAM
2019: CMOS (2K x 8bit) static RAM
2063: CMOS (8K x 8bit) static RAM
2064: CMOS (8K x 8bit) static RAM
2114: 4K (1K x 4bit) static RAM
2148: 4K (1K x 4bit) static RAM
2149: 4K (1K x 4bit) static RAM
6116: 16K (2Kx8) static RAM
6164: 64K (8Kx8) static RAM
6264: 64K (8Kx8) static RAM
8416: 16k (2Kx8) static RAM
8417: 16k (2Kx8) static RAM
8418: 16k (2Kx8) static RAM
8464: 64k (8Kx8) static RAM
62256: CMOS static RAM (32k x 8-bit)
PCF8570: low power I2C based SRAM 256x8 IC
Persistent EPROM Models
27128: NMOS 128k-bit (16KB X 8) UV EPROM
27256: NMOS 256k-bit (32KB X 8) UV EPROM
2732: 32K (4Kx8) EPROM
27512: NMOS 512k-bit (64KB X 8) UV EPROM
2764: 64K (8Kx8) EPROM
27C64: 64K (8Kx8) CMOS EPROM
27C128: 128K (16Kx8) CMOS EPROM
27C256: 256K (32Kx8) CMOS EPROM
27C512: 512K (64Kx8) CMOS EPROM
Other Memory Storage Devices
Virtual MMC Card with SPI Interface
ATA/IDE Hard Disk Drive Model
IDT7203: Fifo, 2,048 x 9 organization
IDT7204: Fifo, 4,096 x 9 organization
IDT7205: Fifo, 8,192 x 9 organization
IDT7206: Fifo, 16,384 x 9 organization
IDT7207: Fifo, 32,768 x 9 organization
IDT7208: Fifo, 65,636 x 9 organization
Temperature Control Models
Thermometer & Thermostat Models
DS1620: Digital 9-bit thermometer and thermostat with three alarms
DS1621: Digital thermometer and thermostat with I2C interface
DS1822: ECONO 1-wire digital thermometer
DS18S20: High-presision 1-wire digital thermometer
DS18B20: Programmable resolution 1-wire digital thermometer
Temperature Sensor Models
MCP9800: Temperature sensor with SPI interface
MCP9801: Temperature sensor with SPI interface
MCP9802: Temperature sensor with SPI interface
MCP9803: Temperature sensor with SPI interface
LM20: 2.4V, 10mA, SC70, micro SMD temperature sensor
TC72: Temperature sensor with SPI interface
TC74: Tiny serial digital thermal sensor with I2C interface
TC77: Temperature sensor with SPI interface
RTD-PT100:RTD platinum 100 Ohms temperature sensor following IEC(BS)EN60751
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (45d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (65d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (75d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (95d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (105d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (115d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (120d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (125d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (45d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (65d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (75d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (95d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (115d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (125d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (-15d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (5d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (-15d threshold)
TCVCT: Ultra small temp switch w/ pin selectable hysteresis (5d threshold)
SHT10: Humidity and Temperature sensor, 2-wire serial interface
SHT11: Humidity and Temperature sensor, 2-wire serial interface
SHT15: Humidity and Temperature sensor, 2-wire serial interface
SHT71: Humidity and Temperature sensor, 2-wire serial interface
SHT75: Humidity and Temperature sensor, 2-wire serial interface
SHT21: Humidity and Temperature sensor, I2C Interface
SHT25: Humidity and Temperature sensor, I2C Interface
MCP: Low power voltage output temperature sensor
MCP970A0/9701A: Low power voltage output temperature sensor
LM34: Precision monolithic temperature sensor
LM35: Precision monolithic temperature sensor
LM45: Precision centigrade temperature sensor
LM50: Single supply centigrade temperature sensor
LM335:Precision temperature sensor (-40C to +100C)
KTY81-1XX:Silicon temperature sensor with positive temperature co-efficient
KTY81-2XX:Silicon temperature sensor with positive temperature co-efficient
KTY82-1XX:Silicon temperature sensor with positive temperature co-efficient
KTY82-2XX:Silicon temperature sensor with positive temperature co-efficient
HYT271:Humidity and Temperature sensor, I2C interface
DHT11: Low cost, single wire, 8-bit Humidity & Temperature sensors
DHT22: Low cost, single wire, 12-bit Humidity & Temperature sensors
TCN75: Two wires Serial Temperature Sensor
Thermocouple Models
MAX6674:Cold Junction Compensated K-Thermocouple to Digital Converter
MAX6675:Cold Junction Compensated K-Thermocouple to Digital Converter
TCB:Thermocouple,Type B (Pt30Rh/Pt6Rh),0->1330&C,color codes: EN 43710
TCE:Thermocouple,Type E (NiCr/CuNi),-270->100&C,color codes: BS
TCJ:Thermocouple,Type J (Fe/Cu/Ni),-210->1200&C,color codes: BS
TCK:Thermocouple,Type K (NiChr/Ni),-270->1330&C,color codes: BS
TCN:Thermocouple,Type N (NiCrSi/NiSi),-270->1300&C,color codes: BS
TCR:Thermocouple,Type R (Pt13Rh/Pt),-50->1330&C,color codes: BS
TCS:Thermocouple,Type S (Pt13Rh/Pt),-50->1330&C,color codes: BS
TCT:Thermocouple,Type T (Cu/CuNi),-270->400&C, color codes: BS
AD594: Monolithic Thermocouple (Type J) Amplifiers with Cold Junction Compensation
AD595: Monolithic Thermocouple (Type K) Amplifiers with Cold Junction Compensation
MAX31855KASA : K type Cold-Junction Compensated Thermocouple-to-Digital Converter
MAX31855JASA: J type Cold-Junction Compensated Thermocouple-to-Digital Converter
MAX31855NASA: N type Cold-Junction Compensated Thermocouple-to-Digital Converter
MAX31855SASA: S type Cold-Junction Compensated Thermocouple-to-Digital Converter
MAX31855TASA: T type Cold-Junction Compensated Thermocouple-to-Digital Converter
MAX31855EASA: E type Cold-Junction Compensated Thermocouple-to-Digital Converter
MAX31855RASA: R type Cold-Junction Compensated Thermocouple-to-Digital Converter
Thermistor Converter Models
MAX6682: Thermistor-to-Digital Converter
Real Time Clocks
DS serial real-time clock
DS1302: Trickle charge timekeeping chip
PCF8583: Clock/Calender with 240x8 bit RAM
PCF8593: Low Power Clock/Calender
DS1340C: I2C RTC with trickle charger
DS1340U: I2C RTC with trickle charger
DS1340Z: I2C RTC with trickle charger
DS3232: Extremely accurate I2C RTC with Integrated Crystal and SRAM
DS3234: Extremely Accurate SPI RTC with Integrated Crystal and SRAM
MCP79410: RTC with SRAM, EEPROM and unique ID
MCP79411: RTC with SRAM, EEPROM and unique ID
MCP79412: RTC with SRAM, EEPROM and unique ID
DS1338: I2C RTC with 56-Byte NVRAM
PC8563: Real Time Clock
DS12885: Real Time Clock with parallel Intel/Motorola interface
DS12887: Real Time Clock with parallel Intel/Motorola interface
NE556: Dual Precision Timer
TS556: Low Power Dual CMOS Timers
1-Wire Protocol Models
1-Wire Protocol Models
Dallas 1-Wire EEPROM Models
DS-bit 1-wire EEPROM
DS-bit 1-wire EEPROM
DS-bit 1-wire EEPROM
Dallas 1-Wire Thermometer Models
DS1822: ECONO 1-wire digital thermometer
DS18S20: High-precision 1-wire digital thermometer
DS18B20: Programmable resolution 1-wire digital thermometer
Dallas 1-Wire Switch Models
DS2405: Addressable switch
DS2408: 8-Channel Addressable switch
DS2413: Dual Channel Addressable switch
Dallas 1-Wire Button Models
DS1990: Serial number button
Microchip UNI/O EEPROM Models
11AA010: 128x8 bit UNIO EEPROM 2.5-5.5V
11AA020: 256x8 bit UNIO EEPROM 2.5-5.5V
11AA040: 512x8 bit UNIO EEPROM 2.5-5.5V
11AA080: 1024x8 bit UNIO EEPROM 2.5-5.5V
11AA160: 2048x8 bit UNIO EEPROM 2.5-5.5V
11LC010: 128x8 bit UNIO EEPROM 2.5-5.5V
11AA020: 256x8 bit UNIO EEPROM 2.5-5.5V
11AA040: 512x8 bit UNIO EEPROM 2.5-5.5V
RMS Detection/Conversion Models
RMS Models
THAT2252:RMS Level Detector
AD736: Low cost, Low power, True RMS to DC Converter
LTC1966: Precision micropower, Delta-Sigma RMS to DC converter
LTC1967: Precision Wide Bandwidth RMS-to-DC Converter
LTC1968: Precision Wide Bandwidth RMS-to-DC Converter
Voltage Controlled Amplifier (VCA) Models
VCA Models
THAT2180LA:Pre-Trimmed IC Voltage Controlled Amplifier
THAT2180LB:Pre-Trimmed IC Voltage Controlled Amplifier
THAT2180LC:Pre-Trimmed IC Voltage Controlled Amplifier
THAT2181LA:Trimmable IC Voltage Controlled Amplifier
THAT2181LB:Trimmable IC Voltage Controlled Amplifier
THAT2181LC:Trimmable IC Voltage Controlled Amplifier
THAT2181SA:Trimmable IC Voltage Controlled Amplifier
THAT2181SB:Trimmable IC Voltage Controlled Amplifier
THAT2181SC:Trimmable IC Voltage Controlled Amplifier
Line Receiver Models
Line Receiver Models
INA134: Audio Differential Line Receivers 0dB (G=1)
INA2134: Audio Differential Line Receivers 0dB (G=1)
FIN.3V LVDS 1-Bit High Speed Differential Driver
THAT1240: Balanced Line Receiver
THAT1243: Balanced Line Receiver
THAT1246: Balanced Line Receiver
THAT1200: InGenius High CMRR Balanced Line Receiver
THAT1203: InGenius High CMRR Balanced Line Receiver
THAT1206: InGenius High CMRR Balanced Line Receiver
DRV134: Audio Balanced Line Drivers/Receivers
DRV135: Audio Balanced Line Drivers/Receivers
RS232/RS485/RS422 Protocol Models
RS232 Protocol Models
RS232 Terminal with configurable baud rate, data bits, stop bits, parity and Rx/Tx Polarity
Maxim Peripheral Models
MAX220: Dual RS-232 transmitters/receivers, ultra low power
MAX222: Dual RS-232 transmitters/receivers, low power shutdown
MAX223: RS-232 4/5 transmitters/receivers, R4 and R5 active in shutdown
MAX225: RS-232 5/5 transmitters/receivers, separate Tx/Rx enable, no external cap
MAX230: Five RS-232 drivers with shutdown
MAX231: Dual RS-232 transmitters/receivers, standard +5/+12V or battery supplies
MAX232: Multichannel RS-232 drivers/receivers, industry standard
MAX233: Dual RS-232 transmitters/receivers, no external caps
MAX234: Four RS-232 Drivers,replaces 1488
MAX235: RS-232 5/5 transmitters/receivers, no external cap
MAX236: RS-232 4/3 transmitters/receivers, shutdown, three state
MAX237: RS-232 5/3 transmitters/receivers, complete IBM PC serial port
MAX238: RS-232 4/4 transmitters/receivers, Replaces 1488 and 1489
MAX239: RS-232 3/5 transmitters/receivers, Standard +5/+12V or battery supplies
MAX240: RS-232 5/5 transmitters/receivers, Rx enable
MAX241: RS-232 4/5 transmitters/receivers, complete IBM PC serial port
MAX242: Dual RS-232 transmitters/receivers, separate shutdown and enable
MAX243: Dual RS-232 transmitters/receivers
MAX244: RS-232 8/10 transmitters/receivers, high slew rate
MAX245: RS-232 8/10 transmitters/receivers, high slew rate, two shutdown modes
MAX246: RS-232 8/10 transmitters/receivers, high slew rate, three shutdown modes
MAX247: RS-232 8/10 transmitters/receivers, high slew rate, nine operating modes
MAX248: RS-232 8/8 transmitters/receivers, high slew rate, selective half-chip enables
MAX249: RS-232 6/10 transmitters/receivers, high slew rate, selective half-chip enables
MAX487: Low power, slew rate limited RS485/422 half duplex transceivers
MAX1856: Synchronisable, PWM SLIC power supply controller
MAX1480: Complete, Isolated RS485/RS422 Data Interface
Miscellaneous RS-232 Models
DS275: Single RS-232 Transmitter/Receiver
ADC/DAC Converter Models
Analog to Digital Converter models
MCP3202: Dual Channel 12-bit AD converter with SPI interface
ADC0831: 8-bit I/O serial ADC with multiplexer option (8-bit, 32us conversion)
ADC0832: 8-bit I/O serial ADC with multiplexer option (8-bit, 32us conversion)
ADC0834: 8-bit I/O serial ADC with multiplexer option (8-bit, 32us conversion)
ADC0838: 8-bit I/O serial ADC with multiplexer option (8-bit, 32us conversion)
ADC0801: 8-bit microprocessor compatible ADC (8-bit, 100us conversion)
ADC0802: 8-bit microprocessor compatible ADC (8-bit, 100us conversion)
ADC0803: 8-bit microprocessor compatible ADC (8-bit, 100us conversion)
ADC0804: 8-bit microprocessor compatible ADC (8-bit, 100us conversion)
ADC0805: 8-bit microprocessor compatible ADC (8-bit, 100us conversion)
ADC0808: 8-bit microprocessor compatible ADC with 8-channel multiplexer
PCF8591: 8-bit ADC/DAC for the I2C bus
MAX1240: +2.7V low power, 12-bit serial ADC with internal 2.5V ref.
MAX1241: +2.7V low power, 12-bit serial ADC
MCP3001: Single sided 10-bit channel ADC with SPI output
LTC1860: micropower,12-bit, 250ksps 1 and 2 channel ADCs
LTC1861: micropower,12-bit, 250ksps 1 and 2 channel ADCs
LTC1864: micropower,12-bit, 250ksps 1 and 2 channel ADCs
LTC1865: micropower,12-bit, 250ksps 1 and 2 channel ADCs
LTC1292: Single chip 12-bit data acquisition systems
LTC1297: Single chip 12-bit data acquisition systems
TC/2 Digit Dual Slope ADC
TLC1542: 10-bit ADC with serial control and 11 analog inputs
TLC1543: 10-bit ADC with serial control and 11 analog inputs
TLC548: 8-bit ADC with serial control
TLC549: 8-bit ADC with serial control
TLC2543: 12-bit ADC with serial control and 11 analog inputs
AD1674: 12-bit 100kSPS ADC
ICL/2 digits, dual slope ADC
MCP3204: 4-channel, 12-bit, A/D converters with SPI interface
MCP3208: 8-channel, 12-bit, A/D converters with SPI interface
ADksps, 2-channel, software selectable, 12-bit plus sign ADC
AD7322: 1Msps, 2-channel, software selectable, 12-bit plus sign ADC
ADksps, 4-channel, software selectable, 12-bit plus sign ADC
AD7324: 1Msps, 4-channel, software selectable, 12-bit plus sign ADC
ADksps, 8-channel, software selectable, 12-bit plus sign ADC
AD7328: 1Msps, 8-channel, software selectable, 12-bit plus sign ADC
MCP3421: 18-Bit ADC with I2C Interface and On-Board Reference
MCP3422: 18-Bit ADC with I2C Interface and On-Board Reference
MCP3423: 18-Bit ADC with I2C Interface and On-Board Reference
MCP3424: 18-Bit ADC with I2C Interface and On-Board Reference
MCP3221: Low Power 12 bit A/D Converter
AD9218: Analog Devices 10-Bit, 40/65/80/105 MSPS, 3 V Dual Analog-to-Digital Converter
AD9288: Analog DEvices 8-Bit, 40/80/100 MSPS, Dual Analog-to-Digital Converter
Digital to Analog Converter models
AD5410: Single-Channel 12-/16-Bit Serial Input Current Source DAC w HART Connectivity
AD5420: Single-Channel 12-/16-Bit Serial Input Current Source DAC w HART Connectivity
LTC1451: 12-bit, rail to rail, micropower DACs
LTC1456: 12-bit, rail to rail, micropower DACs
LTC1665: 12-bit, rail to rail, micropower DACs
LTC1450: Parallel input, 12-bit rail-to-rail micropower DACs
LTC2440: 24-Bit High Speed Delta-Sigma ADCs
LTC1665: 8-bit micropower octal DAC
LTC1660: 8-bit micropower octal DAC
DAC0808: 8-bit DAC
DAC0800: 8-bit DAC
DAC0832: 8-bit microprocessor compatible, double buffered DAC
MCP4921: 12-bit DAC with SPI interface
MCP4922: 12-bit dual DAC with SPI interface
PCF8591: 8-bit ADC/DAC for the I2C bus
TLC5628: Octal 8-Bit Digital to Analogue Converters
TLC5615C(L)P: 10-Bit Digital to Analogue Converters
TLC5615C(L)D: 10-Bit Digital to Analogue Converters
TLC5615C(L)DGK: 10-Bit Digital to Analogue Converters
MAX504C(E)PD: 5V/bipolar, Low-Power, Voltage Output serial 10-bit DAC
MAX504C(E)SD: 5V/bipolar, Low-Power, Voltage Output serial 10-bit DAC
MAX515C(E)PA: 5V, Low-Power, Voltage Output serial 10-bit DAC
MAX515C(E)SA: 5V, Low-Power, Voltage Output serial 10-bit DAC
MAX517: Single, 2-wire serial 8-bit DAC with rail-to-rail outputs
MAX518: Double output, common reference, 2-wire serial DAC with rail-to-rail outputs
MAX519: Double 2-wire serial 8-bit DACs with rail-to-rail outputs
MAX5820: Double 8-bit, 2-wire, serial voltage output DAC
MAX5821: Double 10-bit, 2-wire, serial voltage output DAC
MAX5822: Double 12-bit, 2-wire, serial voltage output DAC
DAC1208: 12-bit, microprocessor compatible, double buffered DAC
DAC1209: 12-bit, microprocessor compatible, double buffered DAC
DAC1210: 12-bit, microprocessor compatible, double buffered DAC
AD5310: Single 10-bit buffered voltage out DAC
AD5320: Single, 12-bit buffered voltage out DAC
MCP4821/MCP4822: 12-bit DAC with SPI and internal VREF
MAX127/128: Multirange, +5V, 12-bit data acquisition system with 2-wire interface
MAX5258: 8-bit Octal DAC with rail-to-rail output buffers
MAX5259: 8-bit Octal DAC with rail-to-rail output buffers
ADV to 5.5V <100uA, 8-bit nanoDAC, SPI Interface
ADV to 5.5V <100uA, 10-bit nanoDAC, SPI Interface
ADV to 5.5V <100uA, 12-bit nanoDAC, SPI Interface
LTC2631 Series: Single 12-/10-/8-Bit I2C, VOUT, DACs with 10ppm/C Reference
Power Management Models
Positive Power Supply Regulators
78L05: 5V fixed 100mA positive power supply regulator
78L08: 8V fixed 100mA positive power supply regulator
78L12: 12V fixed 100mA positive power supply regulator
78L15: 15V fixed 100mA positive power supply regulator
78L24: 24V fixed 100mA positive power supply regulator
7805: 5V fixed 1A positive power supply regulator
7806: 6V fixed 1A positive power supply regulator
7808: 8V fixed 1A positive power supply regulator
7809: 9V fixed 1A positive power supply regulator
7810: 10V fixed 1A positive power supply regulator
7812: 12V fixed 1A positive power supply regulator
7815: 15V fixed 1A positive power supply regulator
7818: 18V fixed 1A positive power supply regulator
7824: 24V fixed 1A positive power supply regulator
LT3010: 50mA,3V to 80V low dropout micropower linear regulator
LTmA, 3V to 80V low dropout regulator, fixed 5V output
ADM709LA(N/R): Power Supply Monitor with reset
ADM709MA(N/R): Power Supply Monitor with reset
ADM709TA(N/R): Power Supply Monitor with reset
ADM709SA(N/R): Power Supply Monitor with reset
ADM709RA(N/R): Power Supply Monitor with reset
MAX172EZK50: Step-up 5V Switching regulator
Negative Power Supply Regulators
79L05: 5V fixed 100mA negative power supply regulator
79L08: 8V fixed 100mA negative power supply regulator
79L12: 12V fixed 100mA negative power supply regulator
79L15: 25V fixed 100mA negative power supply regulator
79L24: 24V fixed 100mA negative power supply regulator
7905: 5V fixed 1A negative power supply regulator
7906: 6V fixed 1A negative power supply regulator
7908: 8V fixed 1A negative power supply regulator
7909: 9V fixed 1A negative power supply regulator
7910: 10V fixed 1A negative power supply regulator
7912: 12V fixed 1A negative power supply regulator
7915: 15V fixed 1A negative power supply regulator
7918: 18V fixed 1A negative power supply regulator
7924: 24V fixed 1A negative power supply regulator
Miscellaneous
MCP1630: High Speed,microcontroller adaptable, pulse width modulator
MCP1612: 1A, 1.4MHz, Synchrounous Buck Regulator
LM723: 150mA out voltage regulator
MAX666: Dual mode 5V/programmable uPower voltage regulator
AD584: Pin programmable precision voltage reference
AD587: High Precision 10V reference
AD680: 2.5V high precision bandgap voltage reference
AD780x: 2.5V/3V ultra high precision bandgap voltage reference
LM385: Adjustable micropower voltage reference
MAX1856: Synchronisable, PWM SLIC power supply controller
AD581(J,K,L,S,T,U): Precision grade (TEMPCO) Voltage references
AD584(A,B,J,JA,K,KA,L,LA,S,SA,T,TA): Precision grade (TEMPCO) Voltage references
AD680(A,J,T): Precision grade (TEMPCO) Voltage references
AD780(A,B,S): Precision grade (TEMPCO) Voltage references
AD587(J,K,L,S,T,U): Precision grade (TEMPCO) Voltage references
TLC7701: Micropower supply voltage supervisor
TLC7703: Micropower supply voltage supervisor
TLC7705: Micropower supply voltage supervisor
TLC7725: Micropower supply voltage supervisor
TLC7733: Micropower supply voltage supervisor
LM134/234/334: 3-terminal adjustable current sources
LM317: 3-terminal adjustable linear voltage regulator
MAX1044/ICL7660: Switched capacitor voltage converters
ADM705A(N/R): Low Cost uP Supervisory Circuits
ADM706A(N/R): Low Cost uP Supervisory Circuits
ADM707A(N/R): Low Cost uP Supervisory Circuits
ADM708A(N/R): Low Cost uP Supervisory Circuits
LM2917: Power Supply Monitor
LTCA Low Input Voltage VLDO Linear Regulator
MCP1802T-09: LVD Regulator
MCP1802T-12: LVD Regulator
MCP1802T-18: LVD Regulator
MCP1802T-25: LVD Regulator
MCP1802T-30: LVD Regulator
MCP1802T-33: LVD Regulator
MCP1802T-50: LVD Regulator
MCP1802T-60: LVD Regulator
UC1842: Current Mode PWM Controller
UC1843: Current Mode PWM Controller
UC1844: Current Mode PWM Controller
UC1845: Current Mode PWM Controller
L4970A: 10A Switching Regulator
MCP19035: High-Speed Synchronous Buck Controller
Pulse Width Control Models
Full Bridge Pulse Width Amplifiers
SA01: Pulse width modulation amplifier
SA03: 3000W load pulse Width amplifier
SA04: 4000W load pulse Width amplifier
SA08: 40V 500kHz PWN amplifier
SA12: 10KW load pulse width amplifier with a switching frequency of 22.5kHz
SA13: 3000W pulse width modulation amplifier with an iternal 400kHz oscillator
SA50: 10KW load pulse width amplifier with a switching frequency of 22.5kHz
SA51: Pulse width modulation amplifier which can supply a 5A continuous current
SA60: Pulse width modulation amplifier which can supply a 5A continuous current
Half Bridge Pulse Width Amplifiers
SA14 3000W half bridge pulse width modulation amplifier with flexible frequency control
SA16 4000W half bridge pulse width modulation amplifier with flexible frequency control
SA18 5000W half bridge pulse width modulation amplifier with flexible frequency control
Pulse Width Modulators
MCP1630 High Speed,microcontroller adaptable, pulse width modulator
PWM Fan Speed Controller Models
TC646B: PWM Fan Speed controllers with auto-shutdown, fan restart & fansense technology
TC648B: PWM Fan Speed controllers with auto-shutdown, fan restart & fansense technology
TC649B: PWM Fan Speed controllers with auto-shutdown, fan restart & fansense technology
Laplace Transform Models
Operators
Laplace addition operator
Laplace delay operator
Laplace differentiation operator
Laplace division operator
Laplace constant gain operator
Laplace integral operator
Laplace multiplication operator
Laplace subtraction operator
1st Order Models
Laplace first order transfer function (1-TP)
Laplace first order transfer function (1+TP)
Laplace first order high-Pass filter transfer function (HP)
Laplace first order high-Pass filter transfer function (HP_F)
Laplace first order low-Pass filter transfer function (LP)
Laplace first order low-Pass filter transfer function (LP_F)
Laplace first order polynomial transfer function (POLY 1)
Laplace first order polynomial transfer function (POLY 2)
Laplace first order polynomial transfer function (POLY 3)
2nd Order Models
Laplace second order band-Pass filter transfer function
Laplace second order high-Pass filter transfer function
Laplace second order low-Pass filter transfer function
Laplace second order notch filter transfer function (NOTCH)
Laplace second order polynomial transfer function (POLY)
Poles and Zeroes
Laplace transfer function for single real pole: H(s)=(s+P)
Laplace transfer function for single real pole and zero: H(s)=k.(s-Z)/(s-P)
Laplace transfer function for single real zero: H(s)=(s-Z)
Process Controllers
Laplace phase advance Controller (ADVANCED)
Laplace phase delay controller (DELAY)
Laplace proportional controller
Laplace proportional derivative (PD) controller
Laplace proportional integral (PI) control
Laplace proportional integral derivative (PID) control
Laplace broida process controller (amplification, pure delay an order 1 factor
Laplace pure delay process controller (Amplification and delay)
Laplace ziegler process controller (Amplification, pure delay And an integrator)
Linear Controllers
Laplace linear amplifier with dead zone(DZ)
Laplace linear amplifier with dead zone(PL)
Laplace linear amplifier with saturation
Non Linear Controllers
Laplace non-linear two-level switch with hysteresis
Laplace non-linear two-level switch (SWITCH)
Laplace non-linear three-level (two level with dead zone) switch/corrector (SWITCH DZ)
Thermionic Valve Models
Diode Valve Models
5AR4: Dual rectifier valve
5U4GB: Dual rectifier valve
5V3A: Dual rectifier valve
5V4GA: Dual rectifier valve
5Y3GT: Dual rectifier valve
GZ34: Dual power rectifier valve
Pentode Valve Models
EL34: 9-pin power output pentode
EL84: 9-pin power output pentode
EF86: 9-pin audio pentode with screen
Tetrode Valve Models
6L6GC: 8-pin beam tetrode
KT88: Audio beam power tetrode
6V6GTA: 8-pin beam tetrode
Triode Valve Models
ECC81: 9 Pin minature dual VHF triode
ECC82: 9 Pin minature dual triode
ECC83: 9 Pin minature dual triode
ECC88: Dual triode with screen
6DJ8: Dual triode with screen
12AT7: 9 Pin minature dual VHF triode
12AU7: 9 Pin minature dual triode
12AX7: 9 Pin minature dual triode
12BH7: 9 Pin minature dual triode
Transducer Models
Transducers
MPX4115: Integrated silicon pressure transducer for absolute pressure
MPX4250: Active pressure transducer model -250kPa full scale
PTC: Generic Model for PTC Nickel positive temperature coefficient thermistor
NTC: Active model of negative temperature coefficient thermistor
Microcontroller Peripherals
Port Expander Models
MCP23008: 8-bit I-O Port Expander with I2C Interface
MCP23009: 8-bit I-O Port Expander with Open-Drain Outputs & Serial Interface. High-speed I2C
MCP23016: 16-bit I2C I-O Port Expander
MCP23017: 16-bit I2C I-O Port Expander with serial interface. High-speed I2C
MCP23S08: 8-bit I-O Port Expander with SPI Interface
MCP23S09: 8-bit I-O Port Expander with Open-Drain Outputs & Serial Interface. High-speed SPI
MCP23S17: 16-bit I2C I-O Port Expander with serial interface. High-speed SPI
PCA9685:
16-channel, 12-bit PWM Fm+ I2C-bus LED controller
Programmable Gain Amplifiers Models
MCP6S21: 1 Channel programmable gain amplifier with SPI
MCP6S22: 2 Channel programmable gain amplifier with SPI
MCP6S26: 6 Channel programmable gain amplifier with SPI
MCP6S28: 8 Channel programmable gain amplifier with SPI
Peripherals
LTC6903: Linear Technology '1kHz to 68MHz Serial Port (SPI) Programmable Oscillator
LTC6904: Linear Technology '1kHz to 68MHz Serial Port (I2C) Programmable Oscillator
Miscellaneous Models
Comparators Models
LTC1540: Nanopower Comparator with Reference
LTC1440: Ultralow Power Single Comparator with Reference
LTC1441: Ultralow Power Dual Comparator
LTC1442: Ultralow Power Dual Comparator with Reference
Current Monitors
INA282: 50V/V
High-Accuracy, Wide Common-Mode Range, Bi-Directional, CURRENT SHUNT MONITOR, Zer?-Drift Series.
INA283: 200V/V High-Accuracy, Wide Common-Mode Range, Bi-Directional, CURRENT SHUNT MONITOR, Zer?-Drift Series.
INA284: 500V/V High-Accuracy, Wide Common-Mode Range, Bi-Directional, CURRENT SHUNT MONITOR, Zer?-Drift Series.
INA285: 1kV/V
High-Accuracy, Wide Common-Mode Range, Bi-Directional, CURRENT SHUNT MONITOR, Zer?-Drift Series.
INA286: 100V/V High-Accuracy, Wide Common-Mode Range, Bi-Directional, CURRENT SHUNT MONITOR, Zer?-Drift Series.
Voltage Controlled Oscillator
LM566: Voltage Controlled Oscillator
Line Drivers
EL5170ISZ: 100MHz Differential Twisted-Pair Drivers
Digital Models
SN74CBT-bit 1-of-2 FET Multiplexer/Demultiplexer with internal pulldown resistors.
Value
$0.00