The following NEXSYS components are available as a stand-alone Thru-hole device. See NEXSYS® Components for a complete description of the functionality of each component.
|ARINC Single-Bit Converter||Single label, Single-Bit ARINC 429 digitial-to-analog signal converter||SummaryDatasheet|
|ARINC Multi-Bit Converter||Single label, Multi-Bit ARINC 429 digital-to-analog signal converter||SummaryDatasheet|
|ARINC Multi-Bit Binary Decoder||Single label, Multi-Bit ARINC 429 digital-to-analog binary decoder||SummaryDatasheet|
|Current Sensor||Undercurrent or overcurrent monitoring||SummaryDatasheet|
|Defined Logic||Boolean AND, OR, NOT (inverter) and Exclusive OR logic gates up to four inputs||SummaryDatasheet|
|Diode Pack||Two independent diodes available in commercial or military configurations||SummaryDatasheet|
|Electronic Latch||Electronic flip-flop to replace magnetic or solenoid switches||SummaryDatasheet|
|Electronic Rotary||Pushbutton actuation to cycle through up to four latched states||SummaryDatasheet|
|Pulse/Timer||Dual channel, edge detecting, one-shot pulse generator from 125 ms to 20 seconds||SummaryDatasheet|
|Solid State Relay||Normally Open (up to 0.75 amps) or Normally Closed (up to 0.25 amps)||SummaryDatasheet|
|Combination Solid State Relay||Four internally connected SPST switches, available in multiple Normally Open and Normally Closed configurations.||SummaryDatasheet|
|Square Wave Oscillator||Output a signal that oscillates between Open and Ground at a specified rate||SummaryDatasheet|
||Output a delayed Ground or Open signal initiated after a specified input trigger event||SummaryDatasheet|
|Voltage Sensor||Monitor DC under-volt or over-volt condition from 1 VDC to 48 VDC||SummaryDatasheet|
NEXSYS Thru-hole devices should be soldered to a rigid printed circuit board with thickness ranging from 0.062" - 0.093". Soldering on a flexible PCB is not recommended. Components are to be soldered to PCB per IPC J-STD-001G. The class used for soldering is per application requirements. Pins are thru-hole and not intended to be crimped.