M092: Difference between revisions
(Created page with "<gallery> Tek m092a p1.jpg Tek m092a p2.jpg Tek m092a p3.jpg Tek m092a p4.jpg Tek m092a p5.jpg Tek m092a p6.jpg Tek m092a p7.jpg </gallery> Category:Tektronix-made monolith...") |
No edit summary |
||
| (9 intermediate revisions by 2 users not shown) | |||
| Line 1: | Line 1: | ||
[[File:Tek m092a p2.jpg|thumb|400px|right]] | |||
{{Monolithic IC | |||
|Manufacturer=Tektronix | |||
|Model=M092 | |||
|Part_nos= | |||
|Description=legend generator | |||
|Used_in=155-0086-00;155-0087-00;155-0088-00;155-0104-00;155-0105-00;155-0110-00;155-0135-00 | |||
|Designers=Roger McCoy;Mike Metcalf | |||
}} (aka M92, M92A) designed by [[Roger McCoy]] and [[Mike Metcalf]]. | |||
It consists of a a 12×10×4 ROM coupled to a 4-bit DAC with internal precision current sources requiring a single precision external reference. | |||
The ten "memory positions" are scanned by a 4-bit BCD input which may be 0 to -15 V timeslot data or TTL levels or any combination thereof. The twelve "word" lines are low-active TTL inputs. | |||
Intended applications are for encoding of CRT readout directly with electrically alterable information. | |||
The base chip is customized for instrument-specific ROM content by metallization layer mask changes. | |||
See the individual "programmed" chips for instrument usage: [[155-0086-00]], [[155-0087-00]], [[155-0088-00]], [[155-0104-00]], [[155-0105-00]], [[155-0110-00]], and [[155-0135-00]]. | |||
==Documents== | |||
* [[Media:Tek m92a design docs.pdf|Tektronix M92A Design Documents]] | |||
* [[Media:Tek m165 m166 m167 m169 m170 m171.pdf|Datasheet]] | |||
==Data Sheet== | |||
<gallery> | <gallery> | ||
Tek m092a p1.jpg | Tek m092a p1.jpg | ||
| Line 10: | Line 35: | ||
[[Category:Tektronix-made monolithic integrated circuits]] | [[Category:Tektronix-made monolithic integrated circuits]] | ||
[[Category:Introduced in 1971]] | |||
Latest revision as of 04:21, 20 July 2024
The Tektronix M092 is a legend generator monolithic integrated circuit (aka M92, M92A) designed by Roger McCoy and Mike Metcalf.
It consists of a a 12×10×4 ROM coupled to a 4-bit DAC with internal precision current sources requiring a single precision external reference.
The ten "memory positions" are scanned by a 4-bit BCD input which may be 0 to -15 V timeslot data or TTL levels or any combination thereof. The twelve "word" lines are low-active TTL inputs.
Intended applications are for encoding of CRT readout directly with electrically alterable information.
The base chip is customized for instrument-specific ROM content by metallization layer mask changes.
See the individual "programmed" chips for instrument usage: 155-0086-00, 155-0087-00, 155-0088-00, 155-0104-00, 155-0105-00, 155-0110-00, and 155-0135-00.
