Other Function Trigger Devices

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Part	RoHS	Manufacturer	Surface Mount	Maximum On-state Voltage	Maximum DC Gate Trigger Current	Non Repetitive Peak On-state Current	Maximum On-state Current	Maximum Leakage Current	Sub-Category	Maximum Operating Temperature	Minimum Operating Temperature	Terminal Finish	Moisture Sensitivity Level (MSL)	Maximum DC Gate Trigger Voltage	Repetitive Peak Off-state Voltage	JESD-609 Code	Maximum Time At Peak Reflow Temperature (s)	Peak Reflow Temperature (C)
P1100EAAP		Littelfuse										TIN LEAD	1			e0	30	260
P2600EBAP		Littelfuse										TIN LEAD	1			e0	30	260
VUO50-04N03		Littelfuse
T10C240EF		Littelfuse
MCC501-14IO1		Littelfuse
MCA500-20IO1		Littelfuse
MDC431-20IO1		Littelfuse
MCD500-20IO1		Littelfuse
MCO740-22IO1		Littelfuse
MCA500-22IO1		Littelfuse
MCC500-22IO1		Littelfuse
B3104UALTP		Littelfuse
CS220		Littelfuse
CS400		Littelfuse
P0640EBAP		Littelfuse										TIN LEAD	1			e0	30	260
P2500AA61A		Littelfuse
T10C240BF		Littelfuse
CSF399		Littelfuse
B1906		Littelfuse
CS8		Littelfuse
MDC500-20IO1		Littelfuse
SDP0080Q38CBRP		Littelfuse
MCK431-20IO1		Littelfuse
P2300EBAP		Littelfuse										TIN LEAD	1			e0	30	260
P2300RE		Littelfuse
CS5		Littelfuse
CS1300		Littelfuse
CS35		Littelfuse
P0640EAAP		Littelfuse										TIN LEAD	1			e0	30	260
MDC431-24IO1		Littelfuse
P1800EAAP		Littelfuse										TIN LEAD	1			e0	30	260
P1500EAAP		Littelfuse										TIN LEAD	1			e0	30	260
MCD431-20IO1		Littelfuse
P1300EBAP		Littelfuse										TIN LEAD	1			e0	30	260
P1100ECAP		Littelfuse										TIN LEAD	1			e0	30	260
SDP1800Q38CBRP		Littelfuse
MCD431-24IO1		Littelfuse
T10C240E		Littelfuse
P0080ECAP		Littelfuse										TIN LEAD	1			e0	30	260
P2300EAAP		Littelfuse										TIN LEAD	1			e0	30	260
MCC501-16IO1		Littelfuse
MCD95-14O8B		Littelfuse
P0848YS06B		Littelfuse
P0080EAAP		Littelfuse										TIN LEAD	1			e0	30	260
MCA431-22IO1		Littelfuse
B3204UALRP		Littelfuse
B3104UALRP		Littelfuse
MCC500-20IO1		Littelfuse

Other Function Trigger Devices

Other function trigger devices are electronic components used in various applications to trigger or control the operation of other electronic devices. They come in various forms and perform different functions depending on the application.

One common type of trigger device is the optocoupler or optoisolator, which is used to isolate and transfer signals between two circuits using light. An optocoupler consists of a light-emitting diode (LED) and a phototransistor or photoresistor, which are optically coupled to each other. When a voltage is applied to the LED, it emits light that is detected by the phototransistor or photoresistor, triggering the device.

Another type of trigger device is the Schmitt trigger, which is used to generate a digital output signal with a well-defined transition threshold. A Schmitt trigger consists of an amplifier with positive feedback, which provides hysteresis to the input signal. When the input signal crosses a threshold voltage, the output of the Schmitt trigger changes state, providing a clean digital signal.

Other function trigger devices include thyristors, such as silicon-controlled rectifiers (SCRs) and triacs, which are used to control the flow of power in AC circuits, and voltage regulators, which are used to stabilize the voltage in electronic circuits.