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quality 38.4000MHz crystal oscillator muRata XRCGB38M400F1S1BR0 designed for microcomputer timing functions factory
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quality 38.4000MHz crystal oscillator muRata XRCGB38M400F1S1BR0 designed for microcomputer timing functions factory
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Specifications
Normal temperature Frequency Tolerance:
±10ppm
Frequency Stability:
±10ppm
Operating Temperature:
-30℃~+85℃
Load Capacitance:
8pF
Equivalent Series Resistance(ESR):
60Ω
Frequency:
38.4MHz
Mfr. Part #:
XRCGB38M400F1S1BR0
Package:
SMD2016-4P
Key Attributes
Model Number: XRCGB38M400F1S1BR0
Product Description

Product Overview

This product specification applies to the crystal unit used as a time base oscillator in microcomputers. For applications other than those described, please contact Murata Manufacturing Co.,Ltd. in advance.

Product Attributes

  • Brand: Murata Manufacturing Co.,Ltd.
  • Origin: Japan (implied by company name and language)

Technical Specifications

ItemSpecificationDetails
Part NumberXRCGB38M400F1S1BR0Frequency: 38.4000MHz / Size: 2.0 x 1.6mm
Operating Temperature Range-30 to +85C
Storage Temperature Range-55 to +85C
Drive Level300W max.
D.C. Voltage6V max.
A.C. Voltage15Vp-p max.
Withstanding VoltageDC 100V max. for 5s max.
Nominal Frequency38.4000MHz
Frequency Tolerance10ppm max.*1
Frequency Shift by Temperature10ppm max. (from initial value)(-30 to +85C)
Frequency Aging2ppm/year max.*1
Equivalent Series Resistance60 max.*1
Insulation Resistance500M min. (Applied D.C.10V)*2
Load Capacitance (Cs)8.0pF*1
Dimensions (W x L x T)2.0 x 1.6 x 0.65mmTolerance: W 0.1, L 0.1, T 0.05
ConstructionAlumina substrate with crystal element, covered by metal cap.
AppearanceNo illegible marking. No visible dirt.
Frequency Marking4t* : EIAJ Monthly Code
Packaging (Taping)3,000pcs per reelClockwise winding, feeding holes on the right.
Measuring Method (Frequency & ESR)Network analyzer (S&A 250B or equivalent) with circuit shown in Figure 4-1.Load resonance frequency for frequency.
Measuring Condition+300.5C, 25 to 75%R.H.Standard condition.
Frequency Aging MeasurementPredicted value from 5-year drift under +252C, 602%R.H.
Drop Test1.5m height, 6 directions, 10 times each (total 60 times) onto concrete.Component with 120g dummy housing. No visible damage, meets Table 1.
Vibration Test10-55Hz, 1.5mm amplitude, 2 hours per direction (X, Y, Z).In accordance with IEC60068-2-6. Meets Table 1.
Board Flex Test1mm deflection, 1 sec hold, PCB thickness 1.6mm.Meets Table 1.
Resistance to Soldering Heat (Re-flow)Peak temp +2605C, 5.00.5s, 2 times.In accordance with IEC60068-2-58. Meets Table 1.
Resistance to Soldering Heat (Iron)+3505C, 5.00.5s on PCB.Soldering iron not to touch component. In accordance with IEC60068-2-58. No visible damage, meets Table 1.
SolderabilityLead free solder (Sn-3.0Ag-0.5Cu). Aging at +105C, 100%R.H. for 4h, then 5s in rosin-methanol, 3.00.5s in solder bath at +2455C.In accordance with IEC60068-2-58. 90% or more of terminal surface coated with solder.
High Temperature Exposure (Storage)+852C for 1000 hours.In accordance with IEC60068-2-2. Meets Table 1.
Cold Exposure (Storage)-552C for 1000 hours.In accordance with IEC60068-2-1. Meets Table 1.
Humidity Exposure+602C, 90-95%R.H. for 1000 hours.In accordance with IEC60068-2-78. Meets Table 1.

*1 Please refer to item 8 for measuring method of frequency and Equivalent Series Resistance.
*2 This characteristic shows the resistance between terminals.


2411261536_muRata-XRCGB38M400F1S1BR0_C1870441.pdf

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