Frequency Dividers

IMS Announces Full Line of Non - Magnetic SMT Products
Frequency Dividers

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...

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Frequency Dividers

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...

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Frequency Divider accepts TTL clock signals from DC-100 MHz.
Frequency Dividers

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...

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Clock Dividers feature low jitter and skew.
Frequency Dividers

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

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