Configurable gates

Simplify your bill of materials with configurable logic

parametric-filterView all products
Resolve common combinational logic issues such as combining power good signals, enabling or disabling digital signals, or monitoring multiple error signals with our portfolio of more than 20 configurable gates. Included device options enable up to 19 functions from a single channel device with push-pull and 3-state output types.

New products

parametric-filter View all new products
SN74AC2G101-Q1
NEW
Configurable gates
SN74AC2G101-Q1 ACTIVE

Automotive, dual channel configurable gate for clock input with schmitt-trigger inputs

Approx. price (USD) 1ku | 0.203

SN74AC2G100-Q1
NEW
Configurable gates
SN74AC2G100-Q1 ACTIVE

Automotive, 2-channel, 1.5V to 6V configurable gate with flip-flop and schmitt trigger inputs

Approx. price (USD) 1ku | 0.203

SN74AC2G101
NEW
Configurable gates
SN74AC2G101 ACTIVE

Two-channel configurable gate for clock input with Schmitt-trigger inputs

Approx. price (USD) 1ku | 0.172

SN74AC2G100
NEW
Configurable gates
SN74AC2G100 ACTIVE

Two-channel, 1.5V to 6V configurable gate with flip-flop and schmitt trigger inputs

Approx. price (USD) 1ku | 0.172

SN74ACT3G99
NEW
Configurable gates
SN74ACT3G99 ACTIVE

4.5V to 5.5V, ultra-configurable multi-function gate with TTL compatible CMOS and 3-state outputs

Approx. price (USD) 1ku | 0.139

SN74ACT3G99-Q1
NEW
Configurable gates
SN74ACT3G99-Q1 ACTIVE

Automotive 4.5V to 5.5V, ultra-configurable multi-function gate with TTL compatible CMOS inputs

Approx. price (USD) 1ku | 0.174

parametric-filter View all new products

Technical resources

Video
Video
Combining Power Good Signals
Power good signals are often routed over relatively long distances in systems and cannot always overcome the parasitics. This video quickly covers two simple solutions with standard logic devices.
Video
Video
Enable or Disable a Digital Signal
This video explores all the options for what to do with the output when a line is disabled, and identifies logic devices that can perform each function.
Video
Video
Use Fewer Inputs to Monitor Error Signals
This video discusses one method to reduce the number of required inputs to monitor a set of error flag outputs in an example system.