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Parts by Number for Precision Devices Oscillator Top

Part # Distributor Manufacturer Product Category Description
L409216XFCD20BX ASAP Semiconductor PDI - PRECISION DEVICES Not Provided OSCILLATOR
OC7E66670XCDARX ASAP Semiconductor PRECISION DEVICES Not Provided OSCILLATOR SPXO 66.67MHZ +-100
OC7E32768XCSDRX ASAP Semiconductor PRECISION DEVICES Not Provided OSCILLATOR XO 32.7680 MHZ +-23
008N12288XCCBGX ASAP Semiconductor PRECISION DEVICES Not Provided XTAL,SM,12.288MHX,OSCILLATOR; V1
PIC16F887 Microchip Technology, Inc. Microchip Technology, Inc. Not Provided Universal Asynchronous Receiver Transmitter (EUSART). All of these features make it ideal for more advanced level A/D applications in automotive, industrial, appliances or consumer applications. Special Microcontroller Features: Precision Internal Oscillator: - Factory calibrated to ±1%...

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  • Precision RTD Instrumentation for Temperature Sensing
    dissipation or self-heat, and RTD non-linear characteristics. V DD V LDO 0.1 LDO ) C*C* (°C R 5% B 0.05 cy V REF 1µf 0 1%R A. RTD Instrumentation Using The MCP3553 Device AN1154. Precision RTD Instrumentation for Temperature Sensing. Author: Ezana Haile. SOLUTION. Microchip Technology Inc
  • Quartz Crystal Basics: From Raw Materials to Oscillators (.pdf)
    helped quartz. Pierce oscillator circuit has been used in more. become a key factor in frequency control in. oscillators than any other. During the 1920s. today's exploding wireless market. and '30s, the main application was in amateur. ("ham") radio. Some Of The Advantages of Quartz. Mr. Dan Noble
  • AN509 SCM5B43 - DC LVDT Input Module
    Linear variable displacement transducers (LVDTs) provide a method of measuring displacements with very high accuracy and infinite resolution. These type of transducers utilize a precision linear variable differential transformer (also referred to in the industry as LVDT) as a measuring source
  • Mastering the PIC16C7X A/D Converter
    and ADCS0 (ADCON0 register) deter-. mine the clock source. or as it applies. Table 1 will help you to choose the clock source. -TCHARGE. RCHOLD. according to your oscillator frequency. VHOLDCAP = VREF ­ (VREF ­ 0) e. TABLE 1: DEVICE OSCILLATOR. Where: R = RIC + RSS + RS. FREQUENCY BY CLOCK. RS = Source
  • Implementing a Realtime Clock
    The purpose of this note is to provide an example of how to add a real-time clock (RTC) feature to a C8051F00x or C8051F01x device. Example software is included at the end of this note. an108rev1_2.fm AN108. IMPLEMENTING A REALTIME CLOCK. Relevant Devices. This application note describes how
  • Basic Gyroscope Spin Motor Excitation Requirements For USD Gyroscopes
    of. the oscillator by servo action (fed back into the VCO). For gyroscope applications where such precision may not be required, options would include R-C based. oscillator designs. The R-C type oscillators, including 555 timer based oscillators (comparator switch. type), which are simpler in design and more
  • Case Study # 3 - DRO Housing
    Challenge: This defibrillating resonating oscillator was growing in volume requirements. Traditionally machined because of low quantities, challenges to reduce cost while maintaining precision, hermiticity, and the same co-efficiency of thermal expansion were presented to FloMet.Solution: A CTE
  • Temperature Compensation of a Tuning Fork Crystal Based on MCP79410
    device, working on the. tals that are suitable for use with the RTCC. related bidirectional 2-wire bus. SDA is a bidirectional. Tuning fork crystal ­ these are the most common type. pin used to transfer addresses and data in and out of. of crystal and are traditionally used with RTCC devices

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