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Quality Quartz Crystal HELE X3S024000B91H-V for Stable and Precise Electronic Timing Applications factory
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Quality Quartz Crystal HELE X3S024000B91H-V for Stable and Precise Electronic Timing Applications factory
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Specifications
Normal temperature Frequency Tolerance:
±10ppm
Frequency Stability:
±10ppm
Load Capacitance:
9pF
Operating Temperature:
-10℃~+60℃
Frequency:
24MHz
Mfr. Part #:
X3S024000B91H-V
Package:
SMD3225-4P
Key Attributes
Model Number: X3S024000B91H-V
Product Description

Product Overview

The Harmony Electronics HSX321S is a Quartz Crystal designed for high-precision timing applications. This Pb-free, RoHS Compliant, HF-Halogen free, and REACH Compliant component offers stable performance across a specified temperature range. It is suitable for various electronic devices requiring accurate frequency generation. Manufactured by Harmony Electronics Corporation, it is available with a nominal frequency of 24.000000MHz.

Product Attributes

  • Brand: Harmony Electronics
  • Product Type: Quartz Crystal
  • Model: HSX321S
  • Part Number (H.ELE. P/N): X3S024000B91H-V
  • Sample Order Number (H.ELE. SAMPLE O/N): EOS-IB0115-5
  • Release Date: 2018/11/09
  • MSL Level: 1
  • Certifications: Pb free, RoHS Compliant, HF-Halogen free, REACH Compliant
  • Country of Origin: Taiwan
  • Internal Connections: Pin 1: Crystal, Pin 2: GND/Lid, Pin 3: Crystal, Pin 4: GND/Lid
  • Inside Structure Materials: Base (Ceramic Al2O3), Lid (Metal Fe-Ni-Co Ni Plating), Kovar (Metal Fe-Ni-Co), Crystal Blank (Quartz SiO2 At-Cut), Electrode Metal, PAD Metal (W Ni Plating Au Plating), Connective Adhesive (Silver Powder Ag)

Technical Specifications

Item Electrical Spec. Unit Notes Min Type Max
1. Frequency (FL) MHz 24.000000
2. Mode of oscillation Fundamental
3. Frequency tolerance ppm at 253 -10 +10
4. Equivalent resistance (RR) SERIES 60
5. Storage temperature range -40 +85
6. Operable temperature range -10 +60
7. Temperature stability ppm -10 ~ +60 -10 +10
8. Loading capacitance (CL) pF 9.0
9. Drive level (DL) W 10 100
10. Shunt Capacitance (C0) pF 2.0
11. Insulation resistance M at DC 100V 500
12. Aging ppm/Year -3 +3
13. Circuit Measured in HP/E5100A,S&A 250B
Dimensions mm Tolerance: 0.1
L 3.2 3.4
W 2.5 2.7
H 0.7 0.9
A 1.2 1.4
B 1.7
Package Dimensions mm
Length 13.2 13.7
Width 9.3 9.6
Thickness 3.0 3.3
Reel Quantity pcs 3000
Mechanical Performance Test Methods Specifications Code
Shock JIS C 60068-2-32 Dropping from 120 cm height 3 times on 30 mm Concrete floor. A
Vibration JIS C 60068-2-6/ MIL-HDBK-781A 6.5.2 Frequency 10-55Hz, Sine Wave full amplitude of 0.8mm to X, Y and Z 3 axes, 2 cycles and duration of 2 hours to each direction. A
Leakage Test JIS C 60068-2-17 Leak Rate 1.0x10-9 Pa-m3/sec. Max. Measured by Helium leak detector. ---
Solder ability JIS C 60068-2-20/ JIS C 60068-2-58 After applying ROSIN Flux, dipping in solder bath at 245deg.C 5deg.C for 3 0.5 sec. B
Bending Strength EIAJ ET-7403/ JIS C 60068-2-21 Mount a sample on board. Apply Pressure to the center of board until it is bent to 3 mm and hold for 5 1 sec. Pressure speed: 0.5 mm/sec. A
Adhesion EIAJ ET-7403 JIS C 60068-2-21 Mount a sample on the circuit board. Apply pressure vertically to the side of specimen attached to the circuit board with the pressure jig. Pressure: 5N for 101 sec. C
Body strength EIAJ ET-7403 JIS C 60068-2-21 Apply pressure to the center of body with the R0.5 pressure jig. pressure :10N for 101sec. C
Environmental Performance Test Methods Specifications Code
Resistance of Soldering Heat JIS C 60068-2-58 Performing as the following reflow: A
Humidity JIS C 60068-2-3 Temperature 602, RH 90~95%, duration of 240 hours. Back to room temperature first, then check the component after 1~2 hours. A
Storage in Low Temperature JIS C 60068-2-1 -40deg.C 2deg.C, duration of 240 hours. Back to the room temperature first, then check the component after 1~2 hours. A
Storage in High Temperature JIS C 60068-2-2 +85deg.C 2deg.C, duration of 240 hours. Back to the room temperature first, then check the component after 1~2 hours. A
Thermal shock JIS C 0025 -55deg.C 2deg.C (30min) +125deg.C 2deg.C (30min) 25 cycles. And Temperature Increasing/reducing time3mins. Back to the room temperature first, then check the component after 1~2 hours. A

Specifications Code Definitions:
A: FREQ. DRIFT: 5 ppm Max, RESISTANCE DRIFT: 15% or 2
B: More than 90% of lead shall be covered by new solder.
C: FREQ. DRIFT: 15 ppm Max, RESISTANCE DRIFT: 25% or 10


2410121447_HELE-X3S024000B91H-V_C254372.pdf

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