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AIP74HC74SA.TR
i-CORE
Positive edge 40μA Differential 2V 6V 74HC,D-type, 74HC 3.5pF 82MHz SOP-14
Quantity: 20000
In Stock
24+
100+ $0.0966
1000+ $0.0827
2000+ $0.0784
4000+ $0.0527
- +
x $0.0966
Ext. Price: $9.66
MOQ: 100
Mult: 100
SPQ: 4000
CD4067TA24.TB
i-CORE
Quantity: 20000
In Stock
24+
100+ $0.1611
500+ $0.1426
800+ $0.1397
1000+ $0.1326
- +
x $0.1611
Ext. Price: $16.11
MOQ: 100
Mult: 1
SPQ: 1000
AIP74LVC2G14GC363.TR
i-CORE
encapsulation:SOT363
Quantity: 15000
Ship Date: 3-7 working days
3000+ $0.0385
9000+ $0.0378
15000+ $0.0368
72000+ $0.0351
- +
x $0.0385
Ext. Price: $115.50
MOQ: 3000
Mult: 3000
SPQ: 3000
AiP74HC123TA16.TB
i-CORE
Quantity: 20000
In Stock
24+
50+ $0.0805
1000+ $0.0684
2000+ $0.0642
5000+ $0.0599
- +
x $0.0805
Ext. Price: $4.02
MOQ: 50
Mult: 50
SPQ: 5000
AIP74LVC2G74YA8.TR
i-CORE
Positive edge 4μA Differential 1.65V 5.5V 74LVC,D-type, 74LVC 4pF 200MHz VSSOP-8
Quantity: 20000
In Stock
24+
200+ $0.1426
1000+ $0.1212
3000+ $0.1169
6000+ $0.1069
- +
x $0.1426
Ext. Price: $28.52
MOQ: 200
Mult: 1
SPQ: 3000
AIP74HC574TA.TR
i-CORE
Positive edge 8μA Tristate;Non-inverting 2V 6V 74HC,D-type 74HC 3.5pF 35MHz TSSOP-20
Quantity: 20000
In Stock
24+
100+ $0.0805
1000+ $0.0691
2000+ $0.0642
4000+ $0.057
- +
x $0.0805
Ext. Price: $8.05
MOQ: 100
Mult: 100
SPQ: 4000
CD4013SA.TR
i-CORE
Positive edge 4μA complementary 3V 15V 4000B,D-type, 4000B 5pF 24MHz SOP-14
Quantity: 20000
In Stock
24+
50+ $0.0966
1000+ $0.0856
2000+ $0.0784
4000+ $0.0542
- +
x $0.0966
Ext. Price: $4.83
MOQ: 50
Mult: 50
SPQ: 4000
AIP74HC273SA.TB
i-CORE
Positive edge 8μA Non-inverting 2V 6V 74HC,D-type,reset 74HC 3.5pF 122MHz SOP-20-300MIL
Quantity: 20000
In Stock
23+
35+ $0.0856
500+ $0.0827
1000+ $0.0784
2800+ $0.0642
- +
x $0.0856
Ext. Price: $2.99
MOQ: 35
Mult: 35
SPQ: 2800
AIP74HC574SA20.TR
i-CORE
Quantity: 8000
In Stock
24+
200+ $0.0827
1000+ $0.0691
2000+ $0.066
4000+ $0.0627
- +
x $0.0827
Ext. Price: $16.54
MOQ: 200
Mult: 1
SPQ: 2000

Flip Flops

Definition:
"Triggers" in a general sense refers to stimuli or events that initiate a particular response or action. In various contexts, triggers can be mechanical, psychological, or even digital.

Function:
1. Mechanical Triggers: These are physical devices or mechanisms that activate a process or a device, such as the of a firearm or a camera.
2. Psychological Triggers: These are experiences or situations that evoke an emotional response or a memory, often used in therapy to address trauma or phobias.
3. Digital Triggers: In software and automation, triggers are events that cause a program to execute a predefined action, such as sending an email when a form is submitted.

Applications:
1. Automotive: Triggers are used in the ignition systems to control the timing of the engine.
2. Healthcare: In medical devices, triggers can initiate delivery or processes.
3. Software Development: Triggers are integral to event-driven programming, where they manage database updates, workflow automation, and user notifications.
4. Marketing: -based marketing uses customer actions as triggers to send targeted communications, like emails or ads.

Selection Criteria:
1. Reliability: The must consistently initiate the desired response.
2. Sensitivity: It should respond appropriately to the intended stimuli without being overly reactive or sluggish.
3. Safety: Especially in mechanical and healthcare applications, triggers must be designed to prevent accidental activation.
4. Compatibility: Triggers must be compatible with the systems they are intended to control.
5. Customizability: For digital applications, the ability to customize conditions is often crucial.
6. Cost-Effectiveness: The cost of implementing a should be justified by its benefits.

Triggers are essential in many industries and technologies, ensuring that processes occur at the right time and in the right sequence. Their selection and implementation require careful consideration of the specific needs and constraints of the application.
Please refer to the product rule book for details.