THEOR Search Results
THEOR Datasheets Context Search
Catalog Datasheet | Type | Document Tags | |
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3D16A-P
Abstract: F14GB-P F14G 3D16A 6D28A-P
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3D16A-P) 3D18A-P) r-11--i F14GB-P) F16GC-P) 3D16A-P F14GB-P F14G 3D16A 6D28A-P | |
D100L
Abstract: D100 FMA-01S
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D100L 20-Bit) D100 FMA-01S | |
gefran 200
Abstract: gefran gefran 250 gefran 40 gefran 200 -2r PZ34-A-100 displacement transducer TRANSDUCER uA PZ34-S STA075
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25x106 100x106 PZ34-S STA075 125mm. gefran 200 gefran gefran 250 gefran 40 gefran 200 -2r PZ34-A-100 displacement transducer TRANSDUCER uA PZ34-S STA075 | |
circuit for piezoelectric sensor
Abstract: A1265 distance measurement ultrasonic sensor 40khz ultrasonic receiver and transmitter piezoelectric pressure sensor impact Sensor Ultrasonic transmitter receiver Ultrasonic Distance sensor ultrasonic sensor circuit ultrasonic sensor performance
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ZR40-12P circuit for piezoelectric sensor A1265 distance measurement ultrasonic sensor 40khz ultrasonic receiver and transmitter piezoelectric pressure sensor impact Sensor Ultrasonic transmitter receiver Ultrasonic Distance sensor ultrasonic sensor circuit ultrasonic sensor performance | |
ER bobbin
Abstract: 9605c tap off AN-H23
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HV9605C AN-H41 170mW. 33kHz 100mA2 ER bobbin 9605c tap off AN-H23 | |
Contextual Info: Ceramic Chip Capacitors Multilayer chip capacitors have a low residual inductance, an excellent frequency response and minimal stray capacitance since there are no leads. These characteristics enable design to be very close to the theoretical values of the capacitors. |
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Contextual Info: Glossary of Terms Ampere E Series of Preferred Values A m e a s u re m e n t unit expressing th e rate o f flo w of electricity. 1 a m p e re is th e a m o u n t o f current th a t w ill flo w th ro u gh 1 o h m o f resistance w h e n C alculated fro m ro u nd ed valu es o f theoretical |
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Q22FA1280009200
Abstract: TBSTC-501-D-200-22-G-300-LF bluetooth communication between two 8051 microcontroller block diagram LMP9100 electrochemical sensor CO CC2451
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CC2541 LM4120 LMP91000 TPS61220 ISO/TS16949 ISO/TS16949. Q22FA1280009200 TBSTC-501-D-200-22-G-300-LF bluetooth communication between two 8051 microcontroller block diagram LMP9100 electrochemical sensor CO CC2451 | |
Contextual Info: DIGITRON SEMICONDUCTORS RT100KP33A-RT100KP400CA 100kW TRANSIENT VOLTAGE SUPPRESSOR MAXIMUM RATINGS Peak pulse power dissipation @ 25°C 100kW @ 6.49/69µs waveform Impulse repetition rate 0.005% tclamping 0 volts to VBR min < 100 ps theoretical for unidirectional and <5 ns for bidirectional |
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RT100KP33A-RT100KP400CA 100kW 100kW MIL-PRF-19500, | |
switch PWM dc-dc controller
Abstract: LM5025 LM5115 LT3710 TSSOP16 TSSOP-16 LM5115SSPR internal loop Compensation for Current Mode DC-DC converter
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LM5115 LM5115 LM5025/LM5115 Auxili5115 com/pf/LM/LM5115 LM5025A com/pf/LM/LM5025A switch PWM dc-dc controller LM5025 LT3710 TSSOP16 TSSOP-16 LM5115SSPR internal loop Compensation for Current Mode DC-DC converter | |
Contextual Info: Low Distortion, Precision Wide Bandwidth OpAmp AD9618 ANALOG DEVICES □ 1.1 Scope. This specification covers the requirements for a low distortion, wide bandwidth operational amplifier. Consult the commercial data sheet for theory and applications information. |
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AD9618 AD9618S /883B AD9618T ADI-M-1000: MIL-STD-883 | |
3 phase IGBT inverter design by ir2130
Abstract: IR2130 INVERTER SCHEMATIC 3 phase inverter ir2130 IR2130 APPLICATION NOTE 3 phase brushless dc control ir2130 3 phase inverter schematic diagram ir2130 schematic diagram 110v dc motor speed controller 2n6718 equivalent ML4425 DC 74HC04
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ML4425/ML4426 ML4425 ML4426 3 phase IGBT inverter design by ir2130 IR2130 INVERTER SCHEMATIC 3 phase inverter ir2130 IR2130 APPLICATION NOTE 3 phase brushless dc control ir2130 3 phase inverter schematic diagram ir2130 schematic diagram 110v dc motor speed controller 2n6718 equivalent DC 74HC04 | |
preset resistor
Abstract: control motor dc 6v ZTX689 dc motor speed control DC SPEED MOTOR motor speed control 6V DC motor motor speed control circuit VOLTAGE DEPENDENT RESISTOR test DC motor speed control circuit
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ZTX450 ZTX689B ZTX869 preset resistor control motor dc 6v ZTX689 dc motor speed control DC SPEED MOTOR motor speed control 6V DC motor motor speed control circuit VOLTAGE DEPENDENT RESISTOR test DC motor speed control circuit | |
PI2EQX4410
Abstract: Signal Integrity
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PI2EQX4401, PI2EQX4402 PI2EQX4410 PI2EQX4402 x4410 100mW x4401/02 36-pad PI2EQX4410 Signal Integrity | |
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constant current load using lm324
Abstract: light sensor LM358 light sensor lm324 Light Dependent Resistor lm358 current monitor functions light sensor in lm324 LM358 internal circuit constant current source light dependent resistor circuit LM324
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PT6100/6210/6300 constant current load using lm324 light sensor LM358 light sensor lm324 Light Dependent Resistor lm358 current monitor functions light sensor in lm324 LM358 internal circuit constant current source light dependent resistor circuit LM324 | |
HI562
Abstract: HI-562 delay line 330ns HI5800 HI5801 "Overflow detection"
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AN9309 AN9203 HI5800/HI5801 HI5800/5801 1-800-4-HARRIS HI562 HI-562 delay line 330ns HI5800 HI5801 "Overflow detection" | |
mach schematicContextual Info: The Evolution of Bus-Friendly Inputs and I/Os INTRODUCTION Vantis’ PLDs have evolved over time. Like Darwin’s theory of evolution and adaptation, Vantis’ PLDs have evolved and adapted to the dynamic world of digital logic. When Vantis’ PLDs were first introduced to the market in the mid-1980s, they had different characteristics than the PLDs |
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mid-1980s, mach schematic | |
AD9617Contextual Info: Low Distortion Precision Wide Bandwidth Op Amp AD9617 ANALOG DEVICES □ 1.1 Scope. T his specification covers the requirem ents for a low distortion, wide bandw idth operational amplifier. Consult the commercial data sheet for theory and applications inform ation. |
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AD9617 AD9617S /883B AD9617T /883B ADI-M-1000: MIL-STD-883 AD9617 | |
AVR360
Abstract: motors step step motor atmel 88
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AVR360: 11/98/xM AVR360 motors step step motor atmel 88 | |
Contextual Info: IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES, VOL. 60, NO. 6, JUNE 2012 1755 LDMOS Technology for RF Power Amplifiers S. J. C. H. Theeuwen and J. H. Qureshi Invited Paper Abstract—We show the status of laterally diffused metal–oxide–semiconductor (LDMOS) technology, which has |
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FE12STContextual Info: High Performance, Low Loss Coaxial Cable FE12ST V1 Data for FE12ST cable Electrical: Frequency Range: Insertion Loss: Power Handling: Impedance: Velocity of Propagation: Time delay: Capacitance: DC to 50 GHz theoretical Assemblies are offered to 50 GHz* See sheet 3 IL @ 1 GHz is 20.603 dB/100 ft |
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FE12ST FE12ST dB/100 | |
Contextual Info: High Performance, Low Loss Coaxial Cable FZ47RX V1 Data for FZ47RX cable Electrical: Frequency Range: Insertion Loss: Power Handling: Impedance: Velocity of Propagation: Time delay: Capacitance: DC to 8 GHz theoretical Assemblies are offered to 8 GHz* See sheet 3 IL @ 1 GHz is 3.094 dB/100 ft |
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FZ47RX FZ47RX dB/100 | |
FA46RX
Abstract: fa46
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FA46RX FA46RX dB/100 fa46 | |
Contextual Info: High Performance, Low Loss Coaxial Cable FN14Z V1 Data for FN14Z cable Electrical: Frequency Range: Insertion Loss: Power Handling: Impedance: Velocity of Propagation: Time delay: Capacitance: DC to 40 GHz theoretical Assemblies are offered to 10 GHz* See sheet 3 IL @ 1 GHz is 14.603 dB/100 ft |
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FN14Z FN14Z dB/100 |