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- Manuals
- 4
- Languages
- EN
- Last added
- 2012-01-14
Featured murate manuals
murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)
This document provides the evaluation data for the Murata CSTCE20M0V53C-RO ceramic resonator when used in the CERALOCK® oscillation circuit. It includes technical data, test measurements, and analysis of performance under various supply voltages and temperatures.
Key sections cover supply voltage range, temperature range, load capacitance, input voltage thresholds, rise time definition, frequency correlation, and comparison tables of measured parameters. Appendices describe rise‑time measurement methodology and frequency‑correlation considerations.
Covers: Technical Data of Ceramic Resonator · Test Data · Frequency vs Temperature characteristics · Frequency vs Supply voltage characteristics · Appendix 1: Rise Time · Appendix 2: Frequency correlation
murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)(1)
This document provides evaluation data for the Murata CSTCE20M0V53C-RO ceramic resonator used in the CERALOCK® oscillation circuit. It includes test conditions, measurement methods, and results such as supply voltage range, temperature range, and input voltage levels.
Key specifications include a supply voltage range of 2.7 V to 5.5 V, operating temperature from –40 °C to +125 °C, input high voltage (VIH) of 1.7 V, input low voltage (VIL) of –0.2 V, resonant capacitances of 15 pF, and a typical oscillation frequency around 8 MHz. The report also details rise time, frequency correlation, and other performance parameters.
Covers: Technical Data of Ceramic Resonator · Test Data · Frequency vs Temperature characteristics · Frequency vs Supply voltage characteristics · Oscillation amplitude vs Supply voltage characteristics · Start up time vs Supply voltage characteristics
Murata CSBLA1M00J58-B0 Ceramic Resonator Evaluation Data
This evaluation data sheet from Murata provides detailed electrical and environmental characteristics for the CSBLA1M00J58‑B0 ceramic resonator used with the M34286G2GP IC.
The document includes supply voltage and temperature ranges, input/output voltage levels, start‑up time, frequency correlation, and measurement tables, as well as appendices describing rise time and frequency correlation methodology.
Covers: Technical Data of Ceramic Resonator · Test Data · Temperature Characteristics · Appendix 1: Rise Time · Appendix 2: Frequency Correlation · Comparison Table
murate R5F21336TDFP(CM11=0)
This document provides evaluation data for the Murata CSTCE20M0V53-RO ceramic resonator (CERALOCK® Oscillation Circuit). It includes technical specifications such as supply voltage range, temperature range, load capacitances, and oscillation voltage levels, as well as test results for frequency versus temperature and supply voltage.
Appendices describe rise time measurement methods and frequency correlation between the resonator on a standard Murata circuit and on a customer's PCB. Comparison tables list measured voltage levels, start‑up times, and frequency values for various test conditions.
Covers: Technical Data · Compatibility Information · Test Data · Frequency vs Temperature · Frequency vs Supply Voltage · Oscillation Amplitude
Latest murate manuals
murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)
Datasheet 8 pages · 184 KB · ENEvaluation data for Murata CSTCE20M0V53C-RO ceramic resonator in a CERALOCK oscillation circuit, including specifications, test results, and frequency…
murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)(1)
Datasheet 8 pages · 184 KB · ENEvaluation data and specifications for Murata CSTCE20M0V53C-RO ceramic resonator, covering electrical characteristics, temperature performance, and…
Murata CSBLA1M00J58-B0 Ceramic Resonator Evaluation Data
Datasheet 8 pages · 169 KB · ENEvaluation data for Murata CSBLA1M00J58-B0 ceramic resonator, covering electrical characteristics, temperature range, and frequency correlation.
murate R5F21336TDFP(CM11=0)
Datasheet 8 pages · 255 KB · ENEvaluation data for Murata CSTCE20M0V53-RO ceramic resonator used with R5F21336TDFP IC, covering electrical specs and frequency correlation.
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Datasheet
Ratings, dimensions and ordering codes, for selection and design work.
Questions answered in murate manuals
How is rise time defined in this evaluation report?
Rise time is the time required to reach 90 % of the oscillation level under steady‑state conditions.
From: murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)
What is the typical load capacitance of the resonator?
The typical load capacitance (C1) is 15 pF.
From: murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)
What is the supply voltage range for the CSTCE20M0V53C-RO resonator?
The resonator operates with a supply voltage ranging from 2.7 V to 5.5 V.
From: murate CSTCE20M0V53C-R0 Evaluation Data of CERALOCK Oscillation Circuit Manual(1)(1)
How is frequency correlation defined in this document?
Frequency correlation is the oscillating frequency difference between your PCB and Murata’s standard circuit.
From: Murata CSBLA1M00J58-B0 Ceramic Resonator Evaluation Data