M1 Series 5×7 mm 5.0 Volt HCMOS/TTL Clock Oscillator Datasheet

Category: Electronics, MtronPTI, Oscillators

Overview

The M1 Series 5×7 mm; 5.0 Volt; HCMOS/TTL Clock Oscillator is a product from MtronPTI, designed to offer high-frequency clock signals for electronic applications. The datasheet provides technical information for ordering, electrical characteristics, mechanical specifications, as well as environmental and mechanical compliance.

Ordering Information

Customers can specify the desired frequency within a range of 1.5 MHz to 100 MHz, temperature stability options, output type, symmetry/logic compatibility, and package/lead configurations for the M1 product series. Stability options range from ±100 ppm to ±20 ppm, and different symmetry and logic compatibility are available for both TTL and HCMOS circuits under 50 MHz or between 50.001 and 100.000 MHz. For example, output types include fixed and tristate options, and temperature range choices span from -55°C to +125°C.

Electrical and Environmental Characteristics

The oscillator operates over a frequency range from 1.5 MHz to 100 MHz, with specified operating and storage temperature ranges, and stability as dictated by the ordering information supplied by the customer. These components also feature frequency aging of less than or equal to 5 ppm per year after the first year. Input voltage requirements are fixed at a nominal 5.0 Volts, with the current draw varying depending on the frequency range.

Load capacities are specified for both TTL and HCMOS circuits, with respective symmetry (duty cycle) and logic levels detailed per the conditions noted. The datasheet also suggests implementing a capacitor of value 0.01 μF or greater between the Vdd and ground connections.

Physical Attributes

The compact M1 oscillator features a ceramic leadless package with dimensions outlined in the datasheet, including pad layout recommendations for soldering.

Mechanical and Reliability Data

Rigorous standards, as per various MIL-STD-202 and MIL-STD-883 methods, are met for mechanical shock, vibration, hermeticity, thermal cycle, and solderability. The start-up time and random jitter specifications ensure reliable performance in demanding environments. MtronPTI also provides a lead-free solder profile to assist with proper manufacturing procedures.

Manufacturing and Support

MtronPTI adheres to a policy of continuous product improvement and provides support through detailed datasheets available on their website. Customers are encouraged to contact MtronPTI for application-specific requirements.