IMS Announces Full Line of Non - Magnetic SMT Products
Portsmouth, Rhode Island, USA - International Manufacturing Services, Inc. (IMS), a leading manufacturer of high quality thick film resistors, attenuators, splitters, dividers, filters and substrates to the electronics industry, announces the availability of non-magnetic parts for use in medical equipment, MRI equipment and other similar industries which require them. These products feature...
Read More »TTL/NECL Frequency Divider has programmable, 2-phase design.
Self-contained divider pod, PRL-260ANT, accepts input frequency f from dc to 1 GHz and outputs divided TTL and ECL clock signals with ratios from f/2-f/4096. Able to be cascaded with additional PRL frequency dividers, it accepts TTL and ECL clock signals as well as ac-coupled PECL, LVPECL, or sinewave signals. All divided outputs are synchronous with input frequency, and division ratios are...
Read More »Frequency Divider accepts TTL clock signals from DC-100 MHz.
Self-contained, 4 Decade TTL Model PRL 230 generates f/10, f/100, f/1,000, and f/10,000 divided outputs. TTL input has switchable 50 ohm/500 ohm input impedance, and can toggle up to 100 MHz. Four divided TTL outputs are back-matched, and each delivers greater than 2.2 V into 50 ohm load. Outputs are synchronous with input frequency and can be used for triggering data acquisition systems, pattern...
Read More »Clock Dividers feature low jitter and skew.
Six high-speed, programmable, clock dividers of SY89871 family meet ultra-low jitter and skew requirements in SONET/SDH communications systems, high-end enterprise server and router applications, and high-speed ATE and T&M systems. Precision 2.5 and 3.3 V clock dividers have patent-pending input stage with internal termination and accept any differential input source. Within-device skew is
Read More »A Guide to the Non-Metallic Precision Stamping Process
This white paper provides a guide to the non-Metallic precision stamping process.
Read More »Solder Redefined
Indium Corporation has developed a new twist on traditional solder by developing a composite with a reinforced matrix internal structure. The result is a solder with increased strength and reliability. Check out this video to learn more about the mechanics behind the groundbreaking technology.
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