DSC1705 - DIGITAL TO SYNCHRO CONVERTERS

Analog Devices

The DSC1705 by Analog Devices is a DIGITAL TO SYNCHRO CONVERTERS. Below is the official datasheet preview.

📥 Download Datasheet

DSC1705 DIGITAL TO SYNCHRO CONVERTERS by Analog Devices - Datasheet Preview — Official preview page of the **DSC1705** DIGITAL TO SYNCHRO CONVERTERS datasheet (Analog Devices).

Datasheet Details

Part number	DSC1705
Manufacturer	Analog Devices
File Size	1.61 MB
Description	DIGITAL TO SYNCHRO CONVERTERS
Datasheet	DSC1705-AnalogDevices.pdf
Additional preview pages of the DSC1705 datasheet.

DSC1705 Product details

Description

OThe DSC1705 and DSC1706 are Digital-to-Synchro and Digital- to-Resolver converters capable of driving electromechanical Lloads of up to 1.3VA.EThey accept a 14- or 12-bit digital input representing angle Tand a reference voltage of either 60Hz or 400Hz, and produce Ea 3 wire or 4 wire output suitable for driving Synchros or MODELS AVAILABLE The two Digital to Synchro/Resolver converters described in this data sheet differ primarily in the areas of resolution and accuracy as follows: Model DSC

Features

Very Low Radius Vector Variation (Transformation Ratio) (:to.1%) High Accuracy (:t2 arc-mins at +25°C) 12- or 14.Bit Resolution No 5 Volt Power Supply Required MIL Spec/Hi Rei Versions Available Internal 1.3VA Amplifiers Internal Transformers (40PHz Option) No Trims or Adjustments Necessary.

📁 DSC1705 Similar Datasheet

DSC1001 - 1.8V-3.3V Low-Power Precision CMOS Oscillators (Microchip)
DSC1003 - 1.8V-3.3V Low-Power Precision CMOS Oscillators (Microchip)
DSC1004 - 1.8V-3.3V Low-Power Precision CMOS Oscillators (Microchip)
DSC10120 - 10A SILICON CARBIDE SCHOTTKY DIODE (DIODES)
DSC10120D1 - 10A SILICON CARBIDE SCHOTTKY DIODE (DIODES)
DSC1018 - Low-Power CMOS Oscillator (Micrel Semiconductor)
DSC1025 - Low-Power CMOS Oscillator (Micrel Semiconductor)
DSC1028 - Low-Power CMOS Oscillator (Micrel Semiconductor)

Other Datasheets by Analog Devices

DSC1706 - DIGITAL TO SYNCHRO CONVERTERS

Published: Sep 26, 2016 |