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Specifications
Normal temperature Frequency Tolerance:
±30ppm
Frequency Stability:
±30ppm
Operating Temperature:
-20℃~+70℃
Load Capacitance:
12pF
Frequency:
13.56MHz
Mfr. Part #:
X5H013560FC1H-X
Package:
SMD5032-2P
Key Attributes
Model Number:
X5H013560FC1H-X
Product Description
Product Overview
The HSX530G is a Quartz Crystal manufactured by HARMONY ELECTRONICS CORP. Designed for various product applications, this crystal operates at a nominal frequency of 13.560000MHz. It features a ceramic base (Alumina Ceramic - Al2O3) and cap, with a rectangular At-Cut Quartz Crystal Blank. The HSX530G is suitable for surface mount applications and is offered with specifications for frequency tolerance, equivalent resistance, and operating temperature ranges, making it a reliable component for electronic circuits. It adheres to RoHS compliance and is designed for automatic insertion.
Product Attributes
- Brand: HARMONY ELECTRONICS CORP.
- Product Type: Quartz Crystal
- Model: HSX530G
- Country of Origin: TAIWAN
- Manufacturing Locations: THAILAND FACTORY, CHINA FACTORY
- Compliance: RoHS Compliant, Green Product
- Moisture Sensitivity Level: Level 1
Technical Specifications
| Specification | Value | Notes |
|---|---|---|
| Nominal Frequency | 13.560000MHz | |
| Holder Type | HSX530G | |
| Frequency Tolerance | +/-30ppm | at 25C 3C |
| Equivalent Resistance | 100 ohms Max. | /SERIES |
| Storage Temperature Range | -40C To +85C | |
| Operable Temperature Range | -20C To +70C | |
| Temperature Drift | +/- 30ppm | -20C To +70C |
| Loading Capacitance (CL) | 12.0 pF | |
| Drive Level | 10 uW | (300uW Max) |
| Shunt Capacitance | 7.0 pF Max. | |
| Insulation Resistance | More than 500M ohms | at DC 100V |
| Mode of Oscillation | Fundamental | |
| Circuit Measurement | HP/E5100A, S&A 250B | |
| Shock Test Variation (Frequency) | Less than +/-5 ppm | After dropping from 75 cm height 3 times |
| Shock Test Variation (Resistance) | Less than +/- 15 % or 2ohms max. | After dropping from 75 cm height 3 times |
| Aging | Less than +/-5 ppm/Year | |
| Holder Material | Alumina Ceramic (Al2O3) | Base and Cap |
| Crystal Blank Material | Rectangular At-Cut Quartz Crystal Blank | |
| Adhesive Material | Silver Conductive Silicon Resin | |
| Carrier Tape Dimensions (W1) | 12.8+/-0.3 mm | |
| Carrier Tape Dimensions (W2) | 15.5+/-1.0 mm | |
| Reel Diameter (A) | 180+0/-3 mm | |
| Reel Outer Diameter (B) | 60.5+/-0.5 mm | |
| Standard Packing Quantity | 1,000 PCS / REEL | |
| Carrier Tape Material | PS | |
| Top Tape Material | PET | |
| Cover Tape Release Strength | 0.1N to 0.7N | Pulling direction 165 to 180, Speed 300mm/min |
| Mechanical Endurance - Drop Test | Satisfied | After dropping from 75 cm onto hard wooden board (thickness > 30mm), 3 times |
| Mechanical Endurance - Vibration Test | Satisfied | Frequency: 10~55Hz, Cycle: 1-2 Min, Amplitude: 0.8mm, Direction: X.Y.Z, Time: 2 Hours / Each Direction |
| Mechanical Endurance - Substrate Bending | Satisfied | Pressure: 3 mm Max. on PCB, Speed: 0.5 mm/sec, Time: 5 1 sec |
| Mechanical Endurance - Adhesion Test | Satisfied | Weight: 5N, Time: 10 1 sec |
| Mechanical Endurance - Body Strength Test | Satisfied | Weight: 10N, Time: 10 1 sec |
| Mechanical Endurance - Seal Test | Less than 1.0 x 10-8 Pa.m3/sec | By Helium leak detector; no serial bubble by Fluorinate tests |
| Mechanical Endurance - Solderability | Satisfied | Dip in 245C 5C solder for 3sec 0.5sec (ROSIN type flux) |
| Mechanical Endurance - Resistance to Soldering Heat | Available for Lead Free Soldering | Reflow soldering allowed twice. Preheat 160~180C (120s), Primary heat 220C (60s), Peak 260C (10s Max) |
| Environmental Endurance - Humidity Test | Satisfied | +60C 2C, 90% ~ 95% humidity for 240 hours |
| Environmental Endurance - Storage in Low Temperature | Satisfied | -40C 2C for 240 hours |
| Environmental Endurance - Storage in High Temperature | Satisfied | +85C 2C for 240 hours |
| Environmental Endurance - Thermal Shock | Satisfied | 25 cycles, temperature change within 3 minutes |
2409272301_HELE-X5H013560FC1H-X_C254397.pdf
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