BR100

#BR100 #rectifier #diode #bridge rectifier #power supply #AC to DC #full wave #electronic component

BR100 - Technical Summary

BR100 Silicon Bidirectional Trigger Device

Overview

The BR100 is a high-performance silicon bidirectional trigger device designed for robust switching applications in AC circuits. This component provides reliable triggering capabilities for both positive and negative half-cycles of AC waveforms, making it ideal for phase control applications. The BR100 features excellent thermal stability and high surge current capability, ensuring long-term reliability in demanding environments.

Engineered with advanced semiconductor technology, the BR100 offers precise triggering characteristics with low leakage current. Its bidirectional nature eliminates the need for external diodes in many applications, simplifying circuit design while maintaining high performance.

Features

Bidirectional triggering capability for AC applications
Low gate trigger current for improved sensitivity
High voltage blocking capability up to [insert voltage] V
Excellent thermal stability across operating temperature range
High surge current capability (I_TSM = [insert value] A)
Low holding current for reliable latching
Symmetric triggering characteristics in both directions
Isolated package option available for improved safety
RoHS compliant and lead-free construction

Applications

The BR100 finds application in a wide range of AC power control and switching circuits, including:

AC motor speed controls
Light dimmers and lighting control systems
Temperature control systems
Solid-state relays
Power tools and appliance controls
AC power switching circuits
Industrial automation systems
Battery chargers
Heating element controls

Electrical Characteristics

The following tables detail the key electrical parameters of the BR100 under specified test conditions.

Absolute Maximum Ratings

Parameter	Symbol	Value	Unit
Repetitive Peak Off-State Voltage	V_DRM/V_RRM	[insert value]	V
RMS On-State Current	I_T(RMS)	[insert value]	A
Non-Repetitive Peak On-State Current (t_p = 10 ms)	I_TSM	[insert value]	A
Peak Gate Power Dissipation	P_GM	[insert value]	W
Operating Junction Temperature Range	T_J	-40 to +125	°C
Storage Temperature Range	T_stg	-40 to +150	°C

Electrical Characteristics (T_J = 25°C unless otherwise specified)

Parameter	Symbol	Test Conditions	Min	Typ	Max	Unit
Breakover Voltage	V_BO	I_T = [insert value] mA	[insert]	[insert]	[insert]	V
Breakover Voltage Temperature Coefficient	dV_BO/dT	Full temperature range	-	[insert]	-	mV/°C
Gate Trigger Current	I_GT	V_D = [insert] V	[insert]	[insert]	[insert]	mA
Gate Trigger Voltage	V_GT	I_G = [insert] mA	[insert]	[insert]	[insert]	V
Holding Current	I_H	V_D = [insert] V	[insert]	[insert]	[insert]	mA
On-State Voltage	V_TM	I_T = [insert] A	-	[insert]	[insert]	V
Critical Rate of Rise of Off-State Voltage	dV/dt	T_J = 125°C, V_D = [insert] V	[insert]	-	-	V/µs