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LT1236 Datasheet

Part Manufacturer Description PDF Type
LT1236 Linear Technology Precision Reference Original
LT1236-10 Linear Technology Precision Reference Original
LT1236-5 Linear Technology Precision Reference Original
LT1236A-5 Linear Technology 2-Channel Differential Input 16-Bit No Latency DS ADC Original
LT1236AC Linear Technology Precision Reference Original
LT1236ACN8-10 Linear Technology Precision Reference Original
LT1236ACN8-10#PBF Linear Technology Precision Reference; Package: PDIP; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACN8-5 Linear Technology Precision Reference Original
LT1236ACN8-5#PBF Linear Technology Precision Reference; Package: PDIP; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACS8-10 Linear Technology Precision Reference Original
LT1236ACS8-10#PBF Linear Technology Precision Reference; Package: SO; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACS8-10#TR Linear Technology Precision Reference; Package: SO; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACS8-10#TRPBF Linear Technology Precision Reference; Package: SO; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACS8-5 Linear Technology Precision Reference Original
LT1236ACS8-5#PBF Linear Technology Precision Reference; Package: SO; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACS8-5#TR Linear Technology Precision Reference; Package: SO; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236ACS8-5#TRPBF Linear Technology Precision Reference; Package: SO; No of Pins: 8; Temperature Range: 0°C to +70°C Original
LT1236AI Linear Technology Precision Reference Original
LT1236AILS8-5#PBF Linear Technology LT1236BILS8 - IC THREE TERM VOLTAGE REFERENCE, Voltage Reference Original
LT1236AIN-10 Linear Technology LT1236 - IC 1-OUTPUT THREE TERM VOLTAGE REFERENCE, 10 V, PDIP, Voltage Reference Original
Showing first 20 results.

LT1236

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: LT1236ACN8-5 LT1236BCN8-5 LT1236CCN8-5 LT1236ACN8-10 LT1236BCN8-10 LT1236CCN8-10 LT1236AIN8-5 LT1236BIN8-5 LT1236CIN8-5 LT1236AIN8-10 LT1236BIN8-10 LT1236CIN8-10 LT1236ACS8-5 LT1236BCS8-5 LT1236CCS8-5 LT1236ACS8-10 LT1236BCS8-10 LT1236CCS8-10 S8 PACKAGE 8-LEAD PUSTIC SO LT1236AIS8-5 LT1236BIS8-5 LT1236CIS8-5 LT1236AISS-10 LT1236BIS8-10 LT1236CIS8-10 S8 PART MARKING â'¢CONNECTED , LT1236-5 TYP 4.9975 4.9950 LT1236A-5 LT1236B-5/LT1236C-5 Output Voltage Temperature -
OCR Scan
AD586 AD587 LM301A 0FLT1Q12C LT1238 LT1236TA09
Abstract: LT1236ACS8-5 LT1236BCS8-5 LT1236CCS8-5 LT1236ACS8-10 LT1236BCS8-10 LT1236CCS8-10 LT1236AIS8-5 LT1236BIS8-5 LT1236CIS8-5 LT1236AIS8-10 LT1236BIS8-10 LT1236CIS8-10 S8 PART MARKING *CONNECTED , VIEW LT1236ACN8-5 LT1236BCN8-5 LT1236CCN8-5 LT1236ACN8-10 LT1236BCN8-10 LT1236CCN8-10 LT1236AIN8-5 LT1236BIN8-5 LT1236CIN8-5 LT1236AIN8-10 LT1236BIN8-10 LT1236CIN8-10 NC* 1 8 NC , ‰¤ VIN ≤ 10V MAX 2 5 10 TMIN ≤ TJ ≤ TMAX LT1236A-5 LT1236B-5 LT1236C-5 LT1236-5 Linear Technology
Original
LT1019 LT1027

236ac5

Abstract: 236CC5 125°C, eJA = 130°C/W LT1236ACN8-5 LT1236BCN8-5 LT1236CCN8-5 LT1236ACN8-10 LT1236BCN8-10 LT1236CCN8-10 LT1236AIN8-5 LT1236BIN8-5 LT1236CIN8-5 LT1236AIN8-10 LT1236BIN8-10 LT1236CIW8-10 [T J] NC* GE QE 7 ] NC* ID Vq u t ][] T R IM ' GND | T LT1236ACS8-5 LT1236BCS8-5 LT1236CCS8-5 LT1236ACS8-10 LT1236BCS8-10 LT1236CCS8-10 LT1236AIS8-5 LT1236BIS8-5 LT1236CIS8-5 LT1236AIS8-10 LT1236BIS8-10 LT1236CIS8-10 , UNITS V LT1236A-5 LT1236B-5/LT1236C-5 T m i n ^ T j < T Ma x v ppm/ûC ppm/°C ppm/°C ppm/V ppm/V
-
OCR Scan
236ac5 236CC5 236Bc5 lt1236b-10 236AI5

LT1236-5

Abstract: 236bi5 LT1236CCS8-5 LT1236ACS8-10 LT1236BCS8-10 LT1236CCS8-10 LT1236AIS8-5 LT1236BIS8-5 LT1236CIS8-5 , LT1236BCN8-5 LT1236CCN8-5 LT1236ACN8-10 LT1236BCN8-10 LT1236CCN8-10 LT1236AIN8-5 LT1236BIN8-5 LT1236CIN8-5 LT1236AIN8-10 LT1236BIN8-10 LT1236CIN8-10 NC* 1 8 NC* VIN 2 7 NC* NC* 3 , TMAX LT1236A-5 LT1236B-5 LT1236C-5 LT1236-5 TYP 4.9975 4.9950 LT1236A-5 LT1236B-5 , CONDITIONS MIN LT1236-10 TYP MAX Output Voltage (Note 1) LT1236A-10 LT1236B-10/LT1236C-10
Linear Technology
Original
236bi5 236BI1 236ac1 G1305 WIREWOUND trim POTENTIOMETER LT12365

diode bridge LT 402

Abstract: LT1236 problems that plague surface-breakdown devices. 0.1 0 Table 2. Key Specifications of the LT1236-10 , Voltage Tolerance LT1236A LT1236B LT1236C Temperature Cefficient LT1236A LT1236B LT1236C MAX , Full-Scale Trimming* R3 4.02K 1% OUT LT1236-10 TRIM GND FB R1 4.99k 1% REF CMOS DAC , , including 2.5V, 5V and 10V. By contrast, the LT1236 is designed for use in 12-bit and higher systems and , been taken to minimize thermal regulation effects and temperature-induced hysteresis. The LT1236 is
Linear Technology
Original
LT1460 LT1007 diode bridge LT 402 LTC8043 LT1007C 1-800-4-LINEAR

Beckman Industrial 330

Abstract: DALE-100MB acquisition and remote sensing applications. The LT1236-5 and LT1236-10 come in three performance grades; A , accurate performance levels when using the LT1236. The LT1236 references are based on a buried Zener , evaluation samples of the LT1236. Linear Technology Products Are Distributed By: Almac/Arrow Arrow , Configurations Using Loopback Self Diagnostics Hookup The LT1236 is an industrial grade precision voltage , more times worse incremental slope. The LT1236 5ppm°C is a worst-case specification over the full
Linear Technology
Original
LTC1346A Beckman Industrial 330 DALE-100MB LT1336 IRFZ44 pwm pv charge controller circuit diagram dale 100mbp 5V RS232 schematic diagram LTC1346AIS 627T500/1250 24-LEAD

schematic diagram dac

Abstract: LT1236 , either 5V for the onboard LT1236 reference or REMOTE if an external reference source is connected to , onboard LT1236 reference or REMOTE if an external reference source is connected to the REF2 turret post , Reference voltage. If the onboard LT1236 references are selected, the voltage may be measured at these
Linear Technology
Original
LTC2704 schematic diagram dac LT1970 Regulated Power Supply Schematic Diagram DC752A-B LTC270416 DC590

null adjustment circuit

Abstract: LT1236 removed, allowing software span control. VREF ­ DAC Reference voltage. If the onboard LT1236 , onboard LT1236 reference or EXT if an external reference source is connected to the VREF turret post , . VCC ­ Select source for 5V Vcc supply. Set to 5V for supply by onboard LT1236 reference (recommended
Linear Technology
Original
DC1546A DC590A null adjustment circuit LTC2754AIUIK-16 LTC2754AIUKG-16

DC110

Abstract: LT1236 source for 5V Vcc supply. Set to 5V for supply by onboard LT1236 reference (recommended). Set to REG to , onboard LT1236 references are selected, the voltage may be measured at these points. If a remote , CONNECTIONS to VREF ­ Voltage reference selection for the DAC, either 5V for the onboard LT1236
Linear Technology
Original
LTC2751-16 DC110 analog output 0-10v 16-BIT LTC2751

236ac5

Abstract: 236cc5 LT1236BCS8-5 LT1236CCS8-5 LT1236ACS8-10 LT1236BCS8-10 LT1236CCS8-10 LT1236AIS8-5 LT1236BIS8-5 LT1236CIS8-5 LT1236AIS8-10 LT1236BIS8-10 LT1236CIS8-10 S8 PART MARKING 236AC5 236BC5 236CC5 236AC1 , TJMAX = 125°C, JA = 130°C/W LT1236ACN8-5 LT1236BCN8-5 LT1236CCN8-5 LT1236ACN8-10 LT1236BCN8-10 LT1236CCN8-10 LT1236AIN8-5 LT1236BIN8-5 LT1236CIN8-5 LT1236AIN8-10 LT1236BIN8-10 LT1236CIN8-10 ORDER , ®1236 data sheet as indicated in bold. Delete the following part number: LT1236AIN8-5. All other
Linear Technology
Original
236CC1 236CI5 236AI1 236bc1 236BC1 236CI1

LT1236

Abstract: , OUTC,OUTD ­ DAC voltage outputs. VREF ­ DAC Reference voltage. If the onboard LT1236 references are , ­ Voltage reference selection for the DAC, either 5V for the onboard LT1236 reference or EXT if an , Vcc supply. Set to 5V for supply by onboard LT1236 reference (recom- Analog Power ­ The +15V, -15V
Linear Technology
Original
LTC2755 DC1112

236CC5

Abstract: 236ac5 INFORMATION SECTION TJMAX = 125°C, JA = 190°C/W LT1236ACS8-5 LT1236BCS8-5 LT1236CCS8-5 LT1236ACS8-10 LT1236BCS8-10 LT1236CCS8-10 LT1236AIS8-5 LT1236BIS8-5 LT1236CIS8-5 LT1236AIS8-10 LT1236BIS8-10 , LT1236ACN8-5 LT1236BCN8-5 LT1236CCN8-5 LT1236ACN8-10 LT1236BCN8-10 LT1236CCN8-10 LT1236AIN8-5 LT1236BIN8-5 LT1236CIN8-5 LT1236AIN8-10 LT1236BIN8-10 LT1236CIN8-10 ORDER PART NUMBER TOP VIEW NC , ®1236 data sheet as indicated in bold. Delete the following part numbers: LT1236AIN8-5, LT1236AIS8-5
Linear Technology
Original
LT1236BC

DAC 0-10v

Abstract: LT1236 for 5V Vcc supply. Set to 5V for supply by onboard LT1236 reference (recommended). Set to REG to be , LT1236 references are selected, the voltage may be measured at these points. If a remote reference is , selection for the DAC, either 5V for the onboard LT1236 reference or EXT if an external reference source
Linear Technology
Original
LTC2753 DAC 0-10v mspa DC1111

LT1592

Abstract: LT1236 LT1469 op amp and LT1236 reference. The LTC1592 power is taken from the reference output to minimize , for REF+, either external or 5.00 volts from the onboard LT1236 reference (default.) JP2 ­ Select , long cable, as the output amplifier may not be stable. REFERENCE CONNECTIONS The onboard LT1236
Linear Technology
Original
LT1592 DC572

strain gauge amplifier excitation full bridge

Abstract: LT1236 2.5V bandgap reference (LT1019-2.5) and a precision 5V buried Zener reference (LT1236-5) plus bypass , LT1236 ordinarily powers the LTC2413, and may be used as a 5V reference. Alternatively, the 2.5V reference may be used as reference, and the 5V output from the LT1236 may be used as excitation for a , from the LT1236, or external), or a 2.5V reference from the LT1461. Jumper JP2 connects the output of the LT1236 precision 5V reference to the VCC rail. You may elect to use an external VCC supply, for
Linear Technology
Original
strain gauge amplifier excitation full bridge DC346 RS232C RS232

DC382A

Abstract: LT1236 precision 2.5V band gap reference (LT1460A-2.5), and a precision 5V buried zener reference (LT1236-5), as , its power from the RS232 port. The on board LT1236 ordinarily powers the LTC2415, and may be used as , the LT1236 may be used as excitation for a bridge application, although, an external power supply is , ) banana jack) to Vcc (may be 5V from LT1236, or external), or 2.5V reference from LT1460A. Jumper JP2 connects the output of the LT1236 precision 5V reference to the Vcc rail. You may elect to use an external
Linear Technology
Original
DC382A

LT1592

Abstract: 0-10V to 0-5V interface ., LT1236ACS8-5,SO8 I.C., NL17SZ74US, US8 I.C., 24LC025, TSSOP8 CABLE, CA-2440 NOTES: UNLESS OTHERWISE , LINEAR TECH., LTC1592ACG LINEAR TECH., LT1469CS8 LINEAR TECH., LT1236ACS8-5 ON SEMI., NL17SZ74US , LT1469 op amp and LT1236 reference. The LTC1592 power is taken from the reference output to minimize , for REF+, either external or 5.00 volts from the onboard LT1236 reference (default.) JP2 ­ Select , long cable, as the output amplifier may not be stable. REFERENCE CONNECTIONS The onboard LT1236
Linear Technology
Original
0-10V to 0-5V interface Mill-Max 87331-142 220PF 079CC 1/16W SSOP16G TMK316F475ZG

9V-12V DC INPUT

Abstract: demo2418 buried zener reference (LT1236-5). It also includes bypass capacitors, jumpers to select line frequency , on-board LT1236 ordinarily powers the LTC2418, and may be used as a 5V reference. Alternatively, the 2.5V reference may be used as reference, and the 5V output from the LT1236 may be used as excitation for a , be 5V from LT1236, or external), or 2.5V reference from LT1460. · JP3 select 5V as REF+ Jumper JP2. Connects the output of the LT1236 precision 5V reference to the Vcc rail. · VEX(J1) & REF+(J2
Linear Technology
Original
9V-12V DC INPUT demo2418 24-BIT DC434

LTC2400

Abstract: LT1236 JP1 ­ Select the reference source, either external or 5.00 volts from the onboard LT1236 reference , LTC2400 may be powered from the onboard LT1236 reference by cutting the indicated trace and connecting
Linear Technology
Original
LT1761 DC573

DC358A

Abstract: LT1236 precision 5V buried zener reference (LT1236-5), as well as bypassing capacitors, and jumpers to select line , compatible PC. The demo board derives its power from the RS232 port. The on board LT1236 ordinarily powers , reference, and the 5V output from the LT1236 may be used as excitation for a bridge application, although , excitation terminal (Vex (J4) banana jack) to Vcc (may be 5V from LT1236, or external), or 2.5V reference from LT1461. Jumper JP2 connects the output of the LT1236 precision 5V reference to the Vcc rail. You
Linear Technology
Original
DC358A LTC2411
Abstract: selection for the DAC, either 5V for the onboard LT1236 reference or EXT if an external reference source , supply. Set to 5V for supply by onboard LT1236 reference (recommended). Set to REG to be supplied by , Reference Voltage. If the onboard LT1236 references are selected, the voltage may be measured at these Linear Technology
Original
LTC2754-16
Abstract: measurement of the input noise. Two references are included on DC951A; an LT1790-5.0 and an LT1236-5. For , LT1790 can elevate the input noise by a factor of 2 or 3. The LT1236 is significantly quieter than the , ,6.3V LT1236ACS8-5 0603 R2 1 E9 LT1236 LT1790 4 5 GND1 VOUT 1 4 NC GND2 Linear Technology
Original
LTC2481
Showing first 20 results.