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This is a general listing of IC Timer Manufacturers, and IC Clock Manufacturers and vendors.
The types of products or devices they produce are listed under the company name, in alphabetic order.

Timer ICs

Related Topics;
Manufacturers of Real Time Clock, Manufacturers of uP Supervisory ICs

Advanced Linear Devices Inc. {Analog Timer ICs; Low Drift CMOS Timers with High Discharge Output}

Cypress {Clock Buffers ICs/Synthesizer ICs/Driver-Programmable Clock Generator}

Integrated Device Technology Inc. 'IDT' {PC Clock Drivers/Management}

Linear Technology {uP Supervisory IC Manufacturer}

LSI Computer Systems Inc. {Programmable Digital Delay Timer ICs}

Maxim {uP Supervisory Circuits-Counter ICs-Timer ICs}

NXP {Clock Generator, Clock Distribution}

ON Semiconductor {cpu Controllers-Clock Distribution/Generation-Skew management}

Raltron Electronics Corporation {Programmable Clock ICs}

STMicroelectronics {CMOS Timers - Low Power - 3 volts}

Winbond Electronics Corp. {PC Clock Generator IC}

Zarlink Semiconductor {Analog PLL, Digital PLL}

Zenic {Large Counter ICs, Programmable Universal Counter IC}

Some counters and clock generators are also listed here.

Related Timer pages;
555 Timer Circuits {555 IC Description and Circuits; Astable and Monostable}
4098 CMOS Timer {4098 IC Description and block diagram; Monostable Multivibrator}
IC Clock Buffer Schematic {1-to-10 Clock Buffer Description and block diagram}

This is a general listing of Integrated Circuit IC Timer Manufacturers and vendors.
The types of products or devices they produce are listed under the company name, in alphabetic order.
Select the Components icon below for additional component manufacturers.

Low skew clock buffers offer two or more individual outputs which are tightly controlled.
However the term low is up for interpretation and the data sheet would need to be referenced.

Note that Programmable Skew Clock Buffers are also available.
IC clock buffers with multiple outputs may have programmable skew between outputs.
Normally the skew or delay between gates is some sub-multiple of the input clock frequency.
Of course the IC has inputs for the clock, but also requires another input for a reference frequency used to increment the change in skew.

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