Your Guide to C106D Thyristor Datasheet, Circuits, and Pinout
2024-10-29 1324

In consumer electronics, C106D are especially works in temperature regulation, light modulation, and speed control, equipped with features such as a sensitive gate for precise control and a thermopad design for superior heat management. Its versatility also extends to process and remote control systems, which are primary choice across various technological landscapes due to its ability to enhance energy efficiency and operational stability in a cost-effective manner.

Catalog

Introduction to C106D

The C106D are glass-passivated PNPN devices, skillfully crafted for applications in consumer electronics like temperature regulation, light modulation, and speed control. They find their place in remote and process control systems, which is primary option across various technological landscapes.

C106D Pin Configuration

• Cathode Pin

The cathode acts as the return path for current. Typically connected to the negative power supply, it influences current flow based on circuit control elements. Experiencing secure cathode connections can prevent unwanted current leakages, enhancing circuit reliability.

• Anode Pin

The anode connects to the positive power supply, and its current flow depends on the gate signal, playing a role in device control. Thoughtful anode placement, considering load requirements, maximizes energy efficiency. An unobstructed anode can boost device performance.

• Gate Pin

The gate is required for controlling current flow from anode to cathode. Activating the gate with a small current turns on the thyristor, allowing larger currents to pass. This characteristic is valuable for managing substantial power loads with low-power signals. Understanding the gate's dynamics can lead to finely tuned circuits that respond effectively, offering innovative solutions in automation and power management.

C106D CAD Model

Characteristics of C106D

Glass-Passivated Surface for Enhanced Reliability

The C106D devices feature a glass-passivated surface, a technique enhancing reliability and durability by providing robust protection against environmental and physical stressors. This approach, widely used in the industry, extends the lifespan of electronic components, maintaining consistent performance across varying conditions. In the selection of components, those with a focus on long-term stability often find this approach appealing.

Economic Power Rating with Optimal Triggering and Holding

Crafted for economical efficiency, these devices manage power effectively without sacrificing performance. Their triggering and holding characteristics ensure stability while reducing energy consumption in circuits. This balance is highly sought in applications where cost efficiency accompanies reliable functionality. You can favor the C106D in budget-sensitive projects due to this harmonious blend.

Thermopad Design for Superior Heat Management

A sophisticated thermopad design enhances heat management by offering low thermal resistance required for smooth operations. This feature optimizes heat dissipation, reducing overheating risks and ensuring long-term performance integrity. Effective heat management influences the device's efficiency and sustainability, especially under high thermal loads.

Sensitive Gate and Environmental Considerations

With a sensitive gate, the C106D responds adeptly to variable conditions, required for precise control applications. Its lead-free construction meets global environmental standards, supporting ecological sustainability and reducing harmful impacts. Using materials and designs that align with these principles is frequently emphasized by industry experts and aligns with evolving technological values.

The acknowledged strengths of the C106D's features reflect a skillful engineering philosophy that merges performance with responsible innovation, a combination increasingly valued in today's technological advancements.

C106D Specifications

Littelfuse Inc. offers the C106DG with a range of specific technical specifications, attributes, and parameters. These details are shared with other parts possessing similar traits, which feature unique characteristics that intrigue your knowledge.

Parameter	Value
Type	SCR
Factory Lead Time	14 Weeks
Package / Case	TO-225AA, TO-126-3
Number of Elements	1
Operating Temperature	-40°C to +110°C
Published	2009
Moisture Sensitivity Level (MSL)	1 (Unlimited)
HTS Code	8541.30.0080
Base Part Number	C106
Qualification Status	Not Qualified
Case Connection	ANODE
Voltage - Gate Trigger (Vgt)	800mV
Current - Gate Trigger (Igt)	200µA
Current - On State (It (RMS))	2.5A
Voltage - On State (Vtm)	2.2V
Repetitive Peak Reverse Voltage	400V
Mounting Type	Through Hole
Surface Mount	NO
Voltage-Off State	400V
Packaging	Bulk
Part Status	Active
Number of Terminations	3
Terminal Position	SINGLE
Time@Peak Reflow Temperature-Max (s)	NOT SPECIFIED
J-STD-030 Code	R-P5F3-T3
Configuration	SINGLE
Trigger Device Type	SCR
Current - Non Rep. Surge 50, 60Hz (Itsm)	20A at 60Hz
Current - Hold (Ih) (Max)	3mA
Repetitive Peak Off-State Voltage	400V
SCR Type	Sensitive Gate
Current - Off State (Max)	10µA
RoHS Status	RoHS Compliant

Understanding the Functional Diagram of C106D

Presented below is the Functional Diagram for the C106D system, inviting the observer to delve into its intricacies and explore the technical heartbeat that drives its operation.

Circuit Diagram of C106D

The C106D is a type of silicon-controlled rectifier (SCR) functioning as an electronic switch capable of handling considerable current and voltage. Its steadfast nature and proficient performance make it a frequent choice in power control applications.

C106D Alternatives

Part Number	Description	Manufacturer
DRAE5TRIGGER DEVICES	SILICON CONTROLLED RECTIFIER, 400V $V_{DRM}$, 5A $I_T$, TO-220	onsemi
BT151x-800R, 127 TRIGGER DEVICES	Silicon Controlled Rectifier, 12A $I_{T(RMS)}$, 800V $V_{DRM}$, 800V $V_{RRM}$, 1 Element, TO-220AB, PLASTIC, TO-220F, FLANGE PACK-3	WeEn Semiconductor Co Ltd
A1A118TRIGGER DEVICES	Silicon Controlled Rectifier, 0.3952A $I_{T(RMS)}$, 50mA $I_{T}$, 48V $V_{DRM}$, 0.400V $V_{RM}$, 1 Element, TO-108	Microsemi Corporation
S400BF TRIGGER DEVICES	Silicon Controlled Rectifier, 8A $I_{T(RMS)}$, 9000mA $I_{T}$, 400V $V_{DRM}$, 1 Element, TO-220AB	Littelfuse Inc
2N1717 TRIGGER DEVICES	Silicon Controlled Rectifier, 7.4A $I_{T(RMS)}$, 7700mA $I_{T}$, 60V $V_{DRM}$, 1 Element, TO-64, 2 PIN	Diodes Incorporated
C3RAMZ-8 TRIGGER DEVICES	Silicon Controlled Rectifier, 0.628A $I_{T(RMS)}$, 40mA $I_T$, 400V $V_{DRM}$, 400V $V_{RRM}$, 1 Element, TO-220B1, 3 PIN	Powerex Power Semiconductors
TL2006 TRIGGER DEVICES	Silicon Controlled Rectifier, 3A $I_{T}$, 200V $V_{DRM}$, 1 Element, TO-220B1, 3 PIN	STMicroelectronics
S10N1H TRIGGER DEVICES	Silicon Controlled Rectifier, 840mA $I_{T}$, 800V $V_{DRM}$, 3A, 200V, SCR	Tag Semiconductors Ltd
2N3040 TRIGGER DEVICES	Silicon Controlled Rectifier, 0.35A $I_{T(RMS)}$, 250mA $I_{T}$, 200V $V_{DRM}$, 200V $V_{RRM}$, 1 Element, TO-18	Semitronics Corp
MCR708A1 TRIGGER DEVICES	Silicon Controlled Rectifier, 4A, 600V, SCR	Motorola Mobility LLC

Practical Applications of C106D

C106D is utilized across a wide array of applications, showcasing its adaptability in contemporary technology. Let's delve into these applications with greater detail:

Motor Control Applications

The C106D is required for regulating speed and torque precisely, leading to increased productivity and reduced energy consumption in industrial environments. This precise control is fundamental for optimizing operational efficiency and reducing costs.

Lighting and Heating Efficiency

The C106D contributes to energy efficiency in lighting and heating systems. It supports dimming technology in residential and industrial settings and precise temperature control in heating applications, from domestic water heaters to large industrial furnaces, promoting comfort and sustainability.

Reliability in Static Switching

C106D provides a reliable solution that avoids the wear and tear associated with mechanical contacts. This is beneficial in infrastructures requiring high reliability and minimal maintenance, such as data centers and telecommunications networks.

Process and Remote Control Enhancements

The C106D excels in process and remote control applications, enabling fine control and adjustments through IoT integration. This capability is required for process control systems and safety warning systems in manufacturing settings, where they help prevent accidents and minimize production downtime.

C106D Packaging

Dim	Min (Inches)	Max (Inches)	Min (Millimeters)	Max (Millimeters)
A	0.102	0.11	2.6	2.8
A1	0.047	0.055	1.2	1.4
b	0.028	0.034	0.7	0.86
b2	0.028	0.034	0.7	0.86
c	0.019	0.022	0.49	0.57
D	0.417	0.449	10.6	11.4
E	0.291	0.323	7.4	8.2
e	0.090 TYP	-	2.29 TYP	-
L	0.551	0.63	14	16
L1	0.091	0.106	2.3	2.7
P	0.118	0.134	3	3.4
Q	0.142	0.157	3.6	4

C106D Manufacturer

Littelfuse shines in the realm of electrical applications, offering solutions that span from consumer electronics to expansive industrial settings. With an extensive and evolving product portfolio, their impact in circuit protection is clear. They embrace a broad growth strategy that touches upon multiple arenas, integrating new technologies and tapping into diverse market segments.

Datasheet PDF

C106DG Datasheets:

C106DG Details PDF
C106DG PDF - DE.pdf