500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
XTR108EA/2K5 Texas Instruments 4-20mA, Two-Wire Transmitter ''Smart'' Programmable with Signal Conditioning 24-SSOP visit Texas Instruments
XTR108TDD1 Texas Instruments 4-20mA, Two-Wire Transmitter ''Smart'' Programmable with Signal Conditioning 0- visit Texas Instruments
XTR108EA/2K5G4 Texas Instruments 4-20mA, Two-Wire Transmitter ''Smart'' Programmable with Signal Conditioning 24-SSOP visit Texas Instruments
XTR108TDD2 Texas Instruments 4-20mA, Two-Wire Transmitter ''Smart'' Programmable with Signal Conditioning 0- visit Texas Instruments
XTR108EAG4 Texas Instruments 4-20mA, Two-Wire Transmitter ''Smart'' Programmable with Signal Conditioning 24-SSOP visit Texas Instruments
XTR108EA Texas Instruments 4-20mA, Two-Wire Transmitter ''Smart'' Programmable with Signal Conditioning 24-SSOP visit Texas Instruments

Search Stock

Shift+Click on the column header for multi-column sorting 
Part
Manufacturer
Supplier
Stock
Best Price
Price Each
Ordering
Part : XTR108EA Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $5.0625 Price Each : $5.7857
Part : XTR108EA Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $5.0625 Price Each : $6.2856
Part : XTR108EA Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : €6.6301 Price Each : €7.3743
Part : XTR108EA Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : €4.8288 Price Each : €6.0360
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Avnet Stock : 7,500 Best Price : €3.9941 Price Each : €4.9927
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $4.1875 Price Each : $4.7857
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $4.2033 Price Each : $4.8621
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : €4.0740 Price Each : €6.3373
Part : XTR108EA/2K5G4 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $4.2033 Price Each : $4.8621
Part : XTR108EVM-USB Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $400.9294 Price Each : $400.9294
Part : XTR108TDD1 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $8.4065 Price Each : $9.7242
Part : XTR108TDD1 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : €8.1480 Price Each : €11.1109
Part : XTR108TDD2 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : $42.0326 Price Each : $48.6212
Part : XTR108TDD2 Supplier : Texas Instruments Manufacturer : Avnet Stock : - Best Price : €40.7404 Price Each : €55.5551
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Texas Instruments Stock : 3,346 Best Price : $7.54 Price Each : $7.54
Part : XTR108EVM-USB Supplier : Texas Instruments Manufacturer : Texas Instruments Stock : 63 Best Price : $399.00 Price Each : $399.00
Part : XTR108EA Supplier : Texas Instruments Manufacturer : Rochester Electronics Stock : 8,165 Best Price : $6.15 Price Each : $7.57
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Rochester Electronics Stock : 198 Best Price : $5.07 Price Each : $6.24
Part : XTR108EVM Supplier : Texas Instruments Manufacturer : Rochester Electronics Stock : 1 Best Price : $146.3200 Price Each : $180.09
Part : XTR108EVM-USB Supplier : Texas Instruments Manufacturer : Rochester Electronics Stock : 1 Best Price : $334.1000 Price Each : $411.2000
Part : XTR108EA Supplier : Texas Instruments Manufacturer : Chip1Stop Stock : 17 Best Price : $6.62 Price Each : $7.23
Part : XTR108EA/2K5 Supplier : Texas Instruments Manufacturer : Chip1Stop Stock : 2,500 Best Price : $4.7080 Price Each : $7.2290
Part : XTR108EVM-USB Supplier : Texas Instruments Manufacturer : element14 Asia-Pacific Stock : - Best Price : $704.1280 Price Each : $704.1280
Shipping cost not included. Currency conversions are estimated. 

XTR108 Datasheet

Part Manufacturer Description PDF Type
XTR108 Texas Instruments 4-20mA, Two-Wire Transmitter Smart Programmable with Signal Conditioning Original
XTR108EA Burr-Brown 4-20mA, TWO-WIRE TRANSMITTER, Smart Programmable with Signal Conditioning Original
XTR108EA Texas Instruments 4-20mA, Two-Wire Transmitter 'Smart' Programmable with Signal Conditioning 24-SSOP/QSOP Original
XTR108EA Texas Instruments Interface - Sensor and Detector Interfaces, Integrated Circuits (ICs), IC 4-20MA 2-WIRE TRNSMTR 24-QSOP Original
XTR108EA/2K5 Texas Instruments 4-20mA, Two-Wire Transmitter Smart Programmable with Signal Conditioning Original
XTR108EA/2K5 Texas Instruments 4-20mA, Two-Wire Transmitter 'Smart' Programmable with Signal Conditioning 24-SSOP/QSOP Original
XTR108EA/2K5 Texas Instruments Interface - Sensor and Detector Interfaces, Integrated Circuits (ICs), IC 4-20MA 2-WIRE TRNSMTR 24-QSOP Original
XTR108EA/2K5G4 Texas Instruments 4-20mA, Two-Wire Transmitter Smart Programmable with Signal Conditioning Original
XTR108EA/2K5G4 Texas Instruments 4-20mA, Two-Wire Transmitter 'Smart' Programmable with Signal Conditioning 24-SSOP/QSOP Original
XTR108EA/2K5G4 Texas Instruments Interface - Sensor and Detector Interfaces, Integrated Circuits (ICs), IC 4-20MA 2-WIRE TRNSMTR 24-QSOP Original
XTR108EAG4 Texas Instruments INTERFACE TWO WIRE TRANSMITTER PROGRAMMABLE WITH SIGNAL CONDITIONING 24 pin SSOP Original
XTR108EAG4 Texas Instruments 4-20mA, Two-Wire Transmitter 'Smart' Programmable with Signal Conditioning 24-SSOP/QSOP Original
XTR108EAG4 Texas Instruments Interface - Sensor and Detector Interfaces, Integrated Circuits (ICs), IC 4-20MA 2-WIRE TRNSMTR 24-QSOP Original
XTR108EVM Texas Instruments Evaluation and Demonstration Boards and Kits, Programmers, Development Systems, EVALUATION MODULE FOR XTR108 Original
XTR108EVM-USB Texas Instruments Evaluation and Demonstration Boards and Kits, Programmers, Development Systems, EVAL MODULE FOR XTR108-USB Original
XTR108TDD1 Texas Instruments XTR108-DIE - 4-20mA, Two-Wire Transmitter Smart Programmable with Signal Conditioning 0- Original
XTR108TDD2 Texas Instruments XTR108-DIE - 4-20mA, Two-Wire Transmitter Smart Programmable with Signal Conditioning 0- Original

XTR108

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
H 48 zener diode diagram SBOS187C SSOP-24
Abstract: "¦ FIGURE 3. Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 , the analog functions of the XTR108. USING THE XTR108 IN VOLTAGE OUTPUT MODE The XTR108 can be , data bytes are written to successive registers within the XTR108. The address is automatically , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line , controller on the XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus Burr-Brown
Original
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
100RTD Resistance characteristic Pt100
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
pt100 rtd spi namur driver namur ne43 temperature sensor room sensor pt100
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , registers that control the analog functions of the XTR108. DESCRIPTION OF CONTROL REGISTERS Address = 0 , XTR108. The address is automatically incremented at the completion of each byte. The SDIO line is , accomplished by sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction , . This is accomplished by the read-back controller on the XTR108. The readback controller is clocked by Texas Instruments
Original
pt100 sensor interface WITH ADC RTD SENSING CIRCUIT 4-20mA pt100 sensor with adc 4-20mA rtd circuit of output 5v circuit namur standard pt100 multiplexer SBOS187A
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , Table V shows the registers that control the analog functions of the XTR108. USING THE XTR108 IN , a write operation, the successive data bytes are written to successive registers within the XTR108. , sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction byte, the , accomplished by the read-back controller on the XTR108. The readback controller is clocked by an on-chip Texas Instruments
Original
UC 493 voltage 0-5v to 4-20mA loop converter rtd pt100 4-20ma wiring diagram NE43 n13 marking code sot 23
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , Table V shows the registers that control the analog functions of the XTR108. USING THE XTR108 IN , a write operation, the successive data bytes are written to successive registers within the XTR108. , sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction byte, the , accomplished by the read-back controller on the XTR108. The readback controller is clocked by an on-chip Texas Instruments
Original
4-20mA to SPI Converter xtr 110 PT100 RTD signal conditioning pt100 adc microchip Potentiometers sot 23-6 Marking Code n12a
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
ISO/TS16949
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , Table V shows the registers that control the analog functions of the XTR108. USING THE XTR108 IN , a write operation, the successive data bytes are written to successive registers within the XTR108. , sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction byte, the , accomplished by the read-back controller on the XTR108. The readback controller is clocked by an on-chip Texas Instruments
Original
RTD signal conditioning theory DN2540 OPA277
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
BSP149 equivalent
Abstract: "¦ FIGURE 3. Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 , the analog functions of the XTR108. USING THE XTR108 IN VOLTAGE OUTPUT MODE The XTR108 can be , data bytes are written to successive registers within the XTR108. The address is automatically , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line , controller on the XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus Texas Instruments
Original
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
ND2020 equivalent FET SOT MARKING CODE S5
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
15KHz DIODE CG4
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , registers that control the analog functions of the XTR108. DESCRIPTION OF CONTROL REGISTERS Address = 0 , XTR108. The address is automatically incremented at the completion of each byte. The SDIO line is , accomplished by sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction , . This is accomplished by the read-back controller on the XTR108. The readback controller is clocked by Texas Instruments
Original
s1 sot-89 marking code strain gauge amplifier full bridge strain gage pressure sensor SBOS187B
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , registers that control the analog functions of the XTR108. DESCRIPTION OF CONTROL REGISTERS Address = 0 , XTR108. The address is automatically incremented at the completion of each byte. The SDIO line is , accomplished by sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction , . This is accomplished by the read-back controller on the XTR108. The readback controller is clocked by Texas Instruments
Original
4-20ma controller n10 marking code sot 23 opa 275 STRAIN GAUGE motorola AT25010 PT100 bridge adc
Abstract: . Pt100 Nonlinearity Correction Using the XTR108. For a SOT-89 package soldered on an FR5 board, this , registers that control the analog functions of the XTR108. DESCRIPTION OF CONTROL REGISTERS Address = 0 , XTR108. The address is automatically incremented at the completion of each byte. The SDIO line is , accomplished by sending a special instruction code (0x7F) to the XTR108. At the completion of this instruction , . This is accomplished by the read-back controller on the XTR108. The readback controller is clocked by Texas Instruments
Original
350mV pt100 amplifier circuit diagram MOSFET Based Chopper applications depletion-mode MOSFET
Abstract: ) generates the digital signals required to communicate with the XTR108. The second board (XTR108EVM-USB , the digital signals used to communicate with the XTR108. The XTR108EVM-USB Interface Board routes , XTR108 device as well as support and configuration circuitry. Once calibrated, the XTR108EVM-USB Sensor , XTR108EVM-USB Interface Board can be connected to other stand-alone XTR108 circuitry for quick calibration , XTR108 EEPROM Current/Voltage Output RTD Connection XTR108EVM-USB Sensor Board Figure 3 Texas Instruments
Original
quick 850a esd SBOU123
Abstract: (XTR108EVM-US and XTR108EVM-EU) The following documentation and devices provide information regarding Texas , XTR108_DK_Test.txt file open) SBOU014A ­ July 2002 ­ Revised October 2005 XTR108EVM - Designer's Kit for XTR108 , XTR108_DK_setup.txt and open this file (located in the XTR108EVM Software directory ­ typically, C:\Program Files , charge pump is the clock to the XTR108. 24 XTR108EVM - Designer's Kit for XTR108 SBOU014A ­ July , User's Guide SBOU014A ­ July 2002 ­ Revised October 2005 XTR108EVM - Designer's Kit for XTR108 Texas Instruments
Original
TRANSISTOR REPLACEMENT GUIDE FET 75LBC241 reg104-5 PGA309 Interface Board SOIC EEPROM transistor t2a surface mount
Abstract: Correction Using the XTR108. SUB-REGULATOR WITH EXTERNAL MOSFET The XTR108 is manufactured using a , CONTROL REGISTERS Table V shows the registers that control the analog functions of the XTR108. , , the successive data bytes are written to successive registers within the XTR108. The address is , (0x7F) to the XTR108. At the completion of this instruction byte, the XTR108 will assert the CS2 line to , XTR108. The readback controller is clocked by an on-chip oscillator and provides stimulus to the EEPROM Texas Instruments
Original
INFINEON transistor PART MARKING
Showing first 20 results.