HRD1346 Search Results

L1346

Abstract: KA 1046 Y 631
Contextual Info: ATEL HRD1346 y • 3-C hannel, S in g le P ackage 16-Bit R e so lve r-to -D ig ita l C o n ve rte rs M ic ro p ro c e s s o r C o m p a tib le , 5 V -dc O nly 3 C hannels in One P ackage 40-Pin TDIP Hybrid 1.3 A rc-m in u te A c c u ra c y In depe nden t T ra c k in g C o n ve rte rs

HCDX3106

Abstract: HSD162 natel engineering synchro b1b16 HDSC2036 natel resolver to synchro
Contextual Info: ATEL 7 VA Output, Microprocessor Compatible 16-bit Digital-to-Synchro Converter HDS2616 Features y Fully Protected 7 VA Output current limiting (short circuit proof) (voltage feedback transients) (over-temperature) BIT (Built-In-Test) Output (over-current or temperature)

natel engineering synchro

Abstract: natel resolver to synchro scott-t motor resolver
Contextual Info: ATEL DSC5206 Reference Powered, 12 VA Output 16-bit, 4 Arc-minute Accuracy Digital-to-Synchro Converter Features Fully Protected 12 VA Output current limiting (short circuit proof) (thermal cut-off) (over-voltage transient protected) • No DC Power Supplies Needed

Contextual Info: ATEL HRD1416 One-Inch Square, Single 5 Volt Powered R/D Converter with Reference Oscillator Microprocessor Compatible 16-bit Hybrid HRD1416 Features Built-in Reference Oscillator • One Inch Square 32 pin Hermetic Package True Single Supply . . . 5 Volts Only

HSRD1056

Abstract: natel L200 HCDX3106 natel resolver to synchro
Contextual Info: ATEL HRD1066 HSD1066 High Quality Bipolar Velocity Pin Programmable Output Resolution Microprocessor Compatible, 16-bit Hybrid Synchro Resolver -to-Digital Converter y HRD1066 HSD1066 Features Programmable Resolution (10,12, 14 or 16-bit) 1.3 Arc-minute Accuracy

HD82B16

Abstract: natel engineering synchro 16-Bit Digital-to-Analog Converter - Voltage or Current Model natel resolver to synchro
Contextual Info: ATEL 7 VA Output, Microprocessor Compatible 16-bit Digital-to-Synchro Converter HDS2616 Features Fully Protected 7 VA Output HDS2616 y current limiting (short circuit proof) (voltage feedback transients) (over-temperature) • BIT (Bullt-ln-Test) Output