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This document describes procedures for updating the firmware for the SSC Communication Board (SSC CB) and the Mass Calibration Board (MCB).
This document describes ZSSC3170’s signal outputs and settings for the pulse width modulation (PWM) and Local Interconnect Network (LIN) interfaces.
This document describes the Serial Digital interface (SIF) that is integrated in the ZSSC4151 Sensor Signal Conditioner IC. This document includes details for accessing the SIF data and settings in the ZSSC4151 memory.
This document provides instructions for using the range zooming technique to compensate for a high offset in the input signal for the ZSC31150 or ZSSC3138 Sensor Signal Conditioner (SSC) ICs.
This guideline describes the requirements for dicing wafers manufactured by IDT.
This document describes failure cases where the ZSC31050 I2C communication stops and the methods for restarting the communication again.
82P33714/31 SETS (Synchronous Equipment Timing Source) and 82P33810/14/31 SMU (Synchronization Management Unit) can be configured to implement a clock protection scheme for SYNC-E, SONET and SDH synchronization systems on the timing card.
The P9235A-R-EVK reference layout is a full feature four-layer design optimized for high-performance, small-size, and ease-of-use.
This application note describes a method for using external components to provide overvoltage protection for the ZSC31010, ZSC31015, and ZSC31050. It also provides details about each product’s internal current limitation.
The ZLED7000 and ZLED7020 are controller ICs designed for building DC-DC converters with very few external components, especially suitable for driving LED loads with high efficiency from a DC voltage up to 40 V or a rectified AC voltage up to 28 V (if sinusoidal).
This application note outlines the basic guidelines to use the IDT Wafer Level Chip Scale Package (WLCSP) to ensure consistent Printed Circuit Board (PCB) assembly necessary to achieve high yield and reliability.
This application note provides a step-by-step example for USB driver installation for IDT’s SSC Communication Board (CB) using the latest USB driver from the IDT website or SSC Evaluation Software DVD and a Win7 64-bit Operating System (OS) or WinXP OS.
This note approaches the topology and selection of component values in a systematic manner, beginning with the structure of the output driver, and the standard VCC-2V bias and termination network.
This technical note defines the operation of the ZSSC3154 under varying supply voltage and load conditions. If not stated otherwise, the specified parameters and behavior are valid for the full specified temperature range.
The calibration DLL described in this document is designed to expedite the calibration process for the ZSC31050, ZSC31150, ZSSC313x, ZSSC3154, and ZSSC3170 Sensor Signal Conditioner (SSC) products.
This document describes how to setup switch applications based on the ZSSC3131 and ZSSC3136 sensor condi-tioners, using the ZSSC313x Graphic User Interface (GUI).
This document is a step-by-step manual that describes how to install all required software and demonstrates creating a simple first project with the ZWIR4512 Development Kit.
This application note covers the principles of a two-wire current-loop output for the ZSC31050 sensor signal conditioner IC and provides examples of output circuits and information about the calibration procedure.
This document outlines the 4-to-20mA current loop output application for the ZSC31010/ZSC31015 SSC ICs, which are designed to interface with a resistor bridge sensor in a 3-wire sensor module.
This application note demonstrates the design process for a flyback converter using IDT’s ZSLS7031 LED Driver IC.
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