ABM8N-24.0000MHZ-9-D1G-T3

Crystals Overview

The Abracon ABM8N-24.0000MHZ-9-D1G-T3 is a fundamental mode quartz crystal resonator operating at a nominal frequency of 24 MHz. It features a load capacitance of 9 pF and an equivalent series resistance (ESR) of 50 Ohms. The component exhibits a frequency tolerance of ±10 ppm and a frequency stability of ±15 ppm over the specified temperature range. Designed for surface mount applications, it utilizes a hermetically sealed ceramic package with dimensions of 3.20 mm x 2.50 mm x 0.80 mm maximum height. The device operates within a temperature range of -40°C to +85°C and supports a drive level of 10 µW.

Crystals Feature Summary

• Hermetically sealed seam-welded construction ensures high reliability and long-term frequency stability in demanding environments.
• Ultra-miniature 3.2mm x 2.5mm SMD footprint with a low profile of 0.8mm max height, suitable for space-constrained designs.
• Fundamental mode operation provides precise timing performance with low equivalent series resistance.
• Compliant with RoHS standards and lead-free manufacturing processes.

Crystals Applications

• Bluetooth Low Energy (BLE) modules requiring compact form factors
• IoT sensor nodes and wearable electronic devices
• Microcontroller unit (MCU) clock sources in industrial control systems
• Wireless communication interfaces and ISM band transceivers

Crystals Procurement Notes

Verify that the specific suffix D1G corresponds to the required 9pF load capacitance and ±10ppm tolerance, as Abracon ABM8 variants utilize complex coding schemes where minor character changes denote significant electrical differences. Confirm the hermetic seal integrity requirements against your environmental specifications. Ensure the 50 Ohm ESR aligns with your oscillator circuit design to prevent under-driving or over-driving issues. Cross-reference the latest datasheet revision to confirm compliance with current RoHS directives and material declarations before finalizing procurement orders.

Crystals Selection Notes

Select this component when a 24 MHz reference is needed with tight initial tolerance (±10 ppm) and moderate stability (±15 ppm). The 9 pF load capacitance is lower than standard 18 pF crystals, potentially reducing external matching capacitor requirements in specific circuit topologies. The hermetic sealing offers superior protection against moisture and contaminants compared to non-sealed alternatives, making it ideal for harsh industrial or outdoor IoT deployments. Consider the 0.8mm height limit if vertical stacking density is critical.

Crystals Part Context

This part belongs to the Abracon ABM8N series, which represents a line of ultra-miniature, hermetically sealed surface-mount quartz crystals. The series is engineered for applications demanding high reliability and small physical footprints. The 'N' designation typically indicates specific packaging or series enhancements within the broader ABM8 family. These components are widely used in portable electronics and industrial automation where size, weight, and environmental resilience are primary constraints.

Crystals Replacement Considerations

Direct substitutes must match the 24 MHz frequency, 9 pF load capacitance, 50 Ohm ESR, and hermetic sealing. Verify that alternative manufacturers offer comparable ±10 ppm tolerance and -40°C to +85°C operating ranges. Ensure the replacement maintains the 3.2x2.5x0.8mm package dimensions for PCB compatibility.

Crystals FAQ

Is the ABM8N-24.0000MHZ-9-D1G-T3 moisture sensitive?

No, the component is hermetically sealed, resulting in a Moisture Sensitivity Level (MSL) of N/A (Not Applicable), eliminating the need for pre-reflow baking.

What is the maximum recommended drive level for this crystal?

The specified drive level is 10 µW. Exceeding this may cause frequency instability or damage the resonator.

Does the 9 pF load capacitance require external capacitors?

Yes, the oscillator circuit must include external load capacitors that, combined with stray capacitance, total 9 pF to achieve the specified 24 MHz frequency.