DIODE RJ 93 Search Results

4321F

Abstract: TG12 LT432
Contextual Info: LT4321 PoE Ideal Diode Bridge Controller Features Description n n n The LT 4321 is a dual ideal diode bridge controller that enables a Power over Ethernet PoE powered device (PD) to receive power in either voltage polarity from RJ-45 data pairs, spare pairs, or both. The LT4321 and

Contextual Info: D 2 I ,< rj — 1 M ^ - 1 2 i o o a 3.—JU W ïfé T l'ïi : Outline Drawings POWER TRANSISTOR MODULE • 9U S : Features • JSSSRS^iSSl.' High Arm Short Circuit Capability • hFEfr'Sv.' High DC Current Gain • 7 'J —f r 'f'J > $ ¥ 4 % —KrtSR Including Freewheeling Diode

HSCH-9301

Abstract: Avago Technologies Schottky 5965-8852EN C3 9301
Contextual Info: HSCH-9301 GaAs Beam Lead Schottky Ring Quad Diode Data Sheet Description The HSCH-9301 ring quad uses advanced gallium arsenide Schottky barrier diodes. These diodes are fabricated utilizing molecular beam epitaxy MBE manufacturing techniques. It features rugged construction and consistent electrical performance. A

BY 178 DIODE

Abstract: HSCH-9301 handling of beam lead diodes F 9301 HP4271
Contextual Info: Agilent HSCH-9301 GaAs Beam Lead Schottky Ring Quad Diode Data Sheet Features • Gold tri-metal system for improved reliability • Low capacitance • Low series resistance • High cutoff frequency • Polyimide passivation Description The HSCH-9301 ring quad uses

Contextual Info: GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Technical Data HSCH-9301 HSCH-9351 Features • Gold Tri-Metal System For Improved Reliability • Low Capacitance • Low Series Resistance • High Cutoff Frequency • Polyimide Passivation Description

Contextual Info: GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Technical Data HSCH-9301 HSCH-9351 Features • Gold Tri-Metal System For Improved Reliability • Low Capacitance • Low Series Resistance • High Cutoff Frequency • Polyimide Passivation Description

Bridge diodes

Contextual Info: Whal HEWLETT iL'ttM PACKARD GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Technical Data HSCH-9301 HSCH-9351 F eatu res • Gold Tri-M etal System For Improved Reliability • Low C ap acitan ce • Low S eries R esistan ce • H igh C utoff F req u en cy

application note 979

Abstract: 9351 HSCH-9301 HSCH9351 HSCH-9351 ABLESTIK 71-2
Contextual Info: GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Technical Data HSCH-9301 HSCH-9351 Features • Gold Tri-Metal System For Improved Reliability • Low Capacitance • Low Series Resistance • High Cutoff Frequency • Polyimide Passivation Description

Contextual Info: •I 4447564 Q 0 0 tlbD4 02^ ■ H P A HEIilLETT-PACKAR] / CMPNTS m,~m LIE I HEWLETT mPrM D A HKion GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Technical Data HSCH-9301 HSCH-9351 Features • Gold T ri-M etal System For Improved Reliability • Low C ap acitan ce

IR712

Abstract: ABLESTIK 71-2
Contextual Info: H EW L E T T wLTM PA CK A R D GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Technical Data HSCH-9301 HSCH-9351 Features • Gold Tri-Metal System For Improved Reliability • Low Capacitance • Low Series Resistance • High Cutoff Frequency • Polyimide Passivation

9351

Abstract: diode ring mixer 9351 equivalent HSCH-9301 HSCH-9351 HSCH9351 HP 9301 SONY+msl+9351
Contextual Info: Agilent HSCH-9301/HSCH-9351 GaAs Beam Lead Schottky Barrier Ring and Bridge Diodes Data Sheet HSCH-9301 Junction Side up 125 (4.9) 115 (4.1) 183 (7.2) 178 (7.0) 756 (29.8) 746 (29.4) 390 (15.4) 310 (12.2) Features 125 (4.9) 105 (4.1) L = 0.1 nH 346 (13.6)

application note 979

Abstract: ABLESTIK 71-2 handling of beam lead diodes HP 9301
Contextual Info: miltm HP AE WC KLAERT DT * What GaAs Beam Lead Schottky Barrier Ring and Bridge D iodes Technical Data HSCH-9301 HSCH-9351 Features HSCH-9301 Junction Side Up • Gold Tri-Metal System For Improved Reliability • Low Capacitance • Low Series Resistance

DIODE RF DETECTOR

Abstract: AN10896 zero bias diode block diagram of schottky diode HSMS-2850 HSMS-285X RJ-9 HSMS2850 HSMS-2852 HSMS-8101
Contextual Info: Designing Detectors for RF/ID Tags Application Note 1089 Abstract The RF/ID market is growing rapidly, with everything from cattle to cars carrying radio frequency identification RF/ID tags. Severe cost, size and DC power constraints in the tag itself have forced designers to abandon superheterodyne receivers for the older and simpler crystal

PIN Diode Switch for frequencies up to 10 GHz

Abstract: superheterodyne receiver GHz radar metal detector diagrams 2.45 GHz single chip transmitter Optotek zero bias diode
Contextual Info: Designing Detectors for RF/ID Tags Application Note 1089 Abstract The RF/ID market is growing rapidly, with everything from cattle to cars carrying radio frequency identification RF/ID tags. Severe cost, size and DC power constraints in the tag itself have

AM29C953

Abstract: Am29C855 AM29C853
Contextual Info: A m 29C 833/A m 29C 853/A m 29C 855 A m 29C 933/A m 29C 953/A m 29C 955 Am29C833/Am29C853/Am29C855 Am29C933/Am29C953/Am29C955 High-Performance CMOS Parity Bus Transceivers DISTINCTIVE CHARACTERISTICS • • • • High-speed CMOS bidirectional bus transceivers

diode hp 2800

Abstract: hp 2800 diode hp diode 2800 diode rj 93 5082-2824 DIODE 2800 hp 5082-2800 diode
Contextual Info: Square Law and Linear Detection Application Note 986 100 Introduction Above about -10 dBm the slope is closer to linear but may vary about 30% for different values of frequency, diode capacitance, and load resistance. The slope may be controlled by tuning at the proper power

BB205

Abstract: 104 varicap varicap varicap an BA282 BA479G BA679 BA682 power diodes with V-I characteristics varicap diodes
Contextual Info: VISHAY Vishay Semiconductors Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, Varicaps and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state

BB205

Abstract: power diodes with V-I characteristics BA282 BA479G BA679 BA682 Varicap
Contextual Info: Vishay Semiconductors Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, Varicaps and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state devices having asymmetrical voltage-current

BB205

Abstract: ir tk 69 104 varicap BA282 BA479G BA679 BA682 varicap diode HR varicap diodes diodes varicap
Contextual Info: Vishay Semiconductors Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, Varicaps and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state devices having asymmetrical voltage-current

pn junction diode

Abstract: BB205 varicap varicap diode vhf ba479 reverse-biased in pn junction diode General Diode BA282 BA479G BA679
Contextual Info: VISHAY Vishay Semiconductors Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, Varicaps and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state

power diodes with V-I characteristics

Abstract: BB205 pn junction diode varactor diode q factor measurement reverse-biased in pn junction diode varactor diode varactor diode time of switched varactor diode capacitance measurement PN Junction Diode varactor power varactor
Contextual Info: Vishay Telefunken Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, varactors and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state devices

varicap an

Abstract: BB205 BA282 BA479G BA679 BA682 diodes varicap
Contextual Info: Vishay Semiconductors Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, Varicaps and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state devices having asymmetrical voltage-current

BB205

Abstract: varicap diode vhf pn junction diode BA282 BA479G BA682 BA679
Contextual Info: VISHAY Vishay Semiconductors Physical Explanation General Terminology Semiconductor diodes are used as rectifiers, switchers, Varicaps and voltage stabilizers see chapter ‘Voltage Regulator and Z-diodes’ . Semiconductor diodes are two-terminal solid-state

elcon SERIES 1000

Contextual Info: Intrinsic Safety Isolation Barriers SIB 1000 Series 380 $ Basic Unit C A B A B ߜ Input Output Isolation ߜ For J, K, T, E, R, S, B Thermocouples, mV, and Pt100 and Ni100 RTDs ߜ Converts Signal from Hazardous Location into 4 to 20 mA Signal ߜ Field Programmable