OP07 RAYTHEON Search Results

thermocouple OP07 amplifier

Abstract: OP07 "direct replacement" OP-07 application 15 ma OP-07 THERMOCOUPLE AMPLIFIER OP-07 differential OP-07AT/883B op07 parameters OP-07 application qp07c OP-07CM
Contextual Info: OP-07 Precision Operational Amplifier Description Features The OP-07 operational amplifier is designed for precision low-level signal conditioning where ultra low Vo s and TCVq s are required along with very low bias currents. Internal compensation eliminates the

op070

Abstract: op 070 0po7c 0P07C op07s OP-07 application 0P-07D 0P07D instrumentation amplifier op 07 OP-07AT/883B
Contextual Info: Operational Amplifiers OP-07 OP-07 Series Instrumentation Grade Operational Amplifier Connection Information 8-Lead Dual In-Line Package Top View 8-Lead TO-99 Metal Can (Top View) Features • ■ ■ ■ ■ ■ ■ ■ ■ Low noise 0.1 Hz to 10 Hz — 0.35

0P07D

Abstract: 0po7c OP07S chip 07ad raytheon OP07 OP07DN OP07 Raytheon
Contextual Info: OP-07 Operational Amplifiers OP-07 Series Instrumentation Grade Operational Amplifier Connection Information 6-Lead TO-99 Metal Can Top View 8-Lead Dual In-Line Package (Top View) Features • ■ ■ ■ ■ ■ ■ ■ ■ E D Œ 3 II E U B Low noise 0.1 Hz to 10 Hz — 0.35 jxVp

OP07S

Abstract: OP-07CT
Contextual Info: Operational Amplifiers OP-07 OP-07 Series Instrumentation Grade Operational Amplifier Connection Information 8-Lead TO-99 Metal Can Top View 8-Lead Dual In-Line Package (Top View) Features • ■ ■ ■ ■ ■ ■ ■ ■ Low noise 0.1 Hz to 10 Hz — 0.35 (J.V^p

OP-07 THERMOCOUPLE AMPLIFIER

Abstract: OP07b OP-07 application RAYTHEON SEMICONDUCTOR
Contextual Info: OP-07 OP- 07 Precision Operational Amplifier Description Features The OP-07 operational amplifier is designed for precision low-level signal conditioning where ultra low Vo s and TCV q s are required along with very low bias currents. Internal compensation eliminates the

REF02

Abstract: REF-02CN
Contextual Info: REF-02 REF-02 +5V Precision Voltage Reference Description Features The REF-02 Precision Voltage Reference contains a bandgap reference using thin-film resistors, a step-up amplifier, short circuit protection, and a zener trim network. The REF-02’s +5V output shows excellent

REF02

Abstract: raytheon ref02
Contextual Info: REF-02 REF-02 +5V Precision Voltage Reference Description Features The REF-02 Precision Voltage Reference contains a bandgap reference using thin-film resistors, a step-up amplifier, short circuit protection, and a zener trim network. The REF-02's +5V output shows excellent

RC4077A/E

Abstract: 4077f
Contextual Info: RC4077 Section 4 RC4077 Series Precision Operational Amplifiers Its high precision performance results from two innovative and unconventional manufacturing steps, plus careful circuit layout and design. Thin-film resistor technology and a novel method of digital offset nulling are the key

Contextual Info: RC4077 Section 4 RC4077 Series Precision Operational Amplifiers Its high precision performance results from two innovative and unconventional manufacturing steps, plus careful circuit layout and design. Thin-film resistor technology and a novel method of digital offset nulling are the key

RC4077FN

Abstract: OP-07 OP-77 RC4077 RC4077AN RC4077EM RC4077EN RC4077FM RV4077ET 741 voltage follower
Contextual Info: RC4077 Section 4 RC4077 Series Precision Operational Amplifiers Features • Ultra-low Vos— 10 jiV max ■ Ultra low Vos drift - 0.1 nW C max B grade only ■ Outstanding gain linearity ■ High gain — 5000 V/mV min ■ High CMRR — 120 dB min ■ High PSRR - 110 dB min

4565d

Abstract: ic 4565D
Contextual Info: LINEAR INTEGRATED CIRCUITS PRODUCT SPECIFICATIONS Raytheon Complete High Speed 12-Bit Monolithic D/A Converter Features • ■ ■ ■ ■ ■ ■ ■ ■ The DAC-4565S grade guarantees linearity and m onotonicity over the -55° C to +125° C range and is available fully processed to MIL-STD-883,

Contextual Info: Raytheon Electronics Semiconductor Division ANALOG RC4277 Dual Precision Operational Amplifier Features • • • • • High DC precision Very low VOS - 30 iV Very low VOS drift - 0.3 |lV /“C High open-loop gain - 5000 V/mV High CM RR - 120 dB High PSRR - 120 db

RAYTHEON SEMICONDUCTOR

Abstract: RAYTHEON LT1002 OP-07 OP-207 OP-77 RC4077 RC4277 RC4277EN RC4277FN
Contextual Info: RC4277 11E RAYTHEON/ D | 0005072 S E M IC O N D U C T O R 1 ^ 7 ^ -0 k » - Z X> RC4277 Dual Precision Operational Amplifiers drift, and noise levels also support high preci­ sion operation. The high performance of the RC4277 results from two innovative and unconventional manu­

RAYTHEON

Abstract: precision Absolute Value Circuit 75173 F 000587 LT1002 OP-07 OP-77 RC4077 RC4277 RC4277EN
Contextual Info: RC4277 H E RAYTHEON/ D I 7 5 = 1 7 3 3 0 D0G5072 Operational Amplifiers SEMICONDUCTOR RC4277 Dual Precision Operational Amplifiers drift, and noise levels also support high preci­ sion operation. The high performance of the RC4277 results from two innovative and unconventional manu­

raytheon OP27

Abstract: REF02
Contextual Info: REF-02 Voltage References REF-02 +5V Precision Voltage References C o n n e ctio n Information 8-Lead Dual In-Line Package Top View u - Features • +5V output — ±0.3% ■ Adjustable — ±3% ■ Excellent temperature stability — 3 ppm/*C ■

Contextual Info: LINEAR INTEGRATED CIRCUITS PRODUCT SPECIFICATIONS Raytheon +2.5V Precision Voltage References REF-03 Features Description • ■ ■ ■ ■ ■ ■ ■ The REF-03 Precision Voltage Reference contains a band-gap reference using thin-film resistors, a step-up amplifier, short circu it protection, and a

RG409

Abstract: c4097 rv409
Contextual Info: RC4097 RC4097 Series Low-Power, High Precision Operational Amplifiers Features • Low input offset voltage — 15 nV max ■ Low V og drift — 0.3 nV/*C max ■ Low input bias current — +25'C , 100 pA max -55‘ C to +125”C, 600 pA max ■ High gain — 1000 V/mV min

REF02

Abstract: op07 ic metal package 02DN OP-07 application REF-02C REF-02 REF-02CD REF-02CN 1.5K11 REF-02DD
Contextual Info: REF-02 Voltage References REF-02 +5V Precision Voltage References Connection Information 8-Lead Dual In-Line Package Top View w u Œ Features Œ E • +5V output — ±0.3% ■ Adjustable— ±3% ■ ■ Excellent temperature stability — 3 ppm/*C Low noise — 10 nVp (1

Contextual Info: DAC-8565 D/A Converters DAC-8565 Complete High Speed 12-Bit Monolithic D/A Converter This resistor geometry ensures near perfect nonlinearity after trim, and this geometry also reduces damage due to laser trimming. • The internal reference is laser trimmed to 10

op77

Abstract: 741 OP Amp 8 pin can op 725 OP 741 1RFS20 OP-77GN OP-77AD 741 OP Amp 77al OP-77
Contextual Info: Section 4 OP-77 Series Precision Operational Amplifiers Features • Ultra high gain - 5000 V/mV min ■ Outstanding gain linearity ■ Ultra low Vos drift - 0.3 |iV rC max ■ Low Vos - 25 iV max ■ Low noise - 0.3 n-V^ (0.1 to 10 Hz ■ Low power consumption - 35 mW

op77

Abstract: OP-77
Contextual Info: OP-77 Section 4 OP-77 Series Precision Operational Amplifiers Features • Ultra high gain - 5000 V/mV min ■ Outstanding gain linearity ■ Ultra low Vos drift - 0.3 n V fC max ■ Low Vos - 25 h V max ■ Low noise - 0.3 nVpp 0.1 to 10 Hz ■ Low power consumption - 35 mW

4565d

Abstract: 4565dd 4565d only 8 pin amp op 4565 4565 4565 D DAC-4565DDC DAC-4565J ca 4565 DAC-4565
Contextual Info: PRODUCT SPECIFICATIONS RAYTHEON Complete High Speed 12-Bit Monolithic D/A Converter Features • ■ ■ ■ ■ ■ ■ ■ N o n lin e a rity 1/2 LSB — 0.012% D iffe re n tia l N o n lin e a rity — 0.012% 13 Bits S ettles to 1/2 LSB in 200 nS On C h ip Bandgap V oltage R eference

4565d

Abstract: 4565dd 4565d only 8 pin 4565 D 4565 amp op 4565 SiCr thin film dac4565 4565 OP AMP DAC-565
Contextual Info: LINEAR INTEGRATED CIRCUITS PRODUCT SPECIFICATIONS^ Complete High Speed 12-Bit Monolithic D/A Converter DAC-4565 The DAC-4565S grade guarantees linearity and m onotonicity over the -55° C to +125° C range and is available fully processed to MIL-STD-883, Features

Contextual Info: REF-02 Voltage References REF-02 +5V Precision Voltage References Connection Information 8-Lead Dual In-Line Package Top View - [I 3 Œ 3 Features Œ 3 E H • + 5 V o u tp u t — ± 0 .3 % ■ A d ju s t a b le — ± 3 % ■ E x c e lle n t te m p e ra tu re sta bility — 3 p p m / *C