Manufacturer Part Number
TYN610RG
Manufacturer
stmicroelectronics
Introduction
TYN610RG is a standard recovery silicon-controlled rectifier housed in a TO-220 package, utilized primarily in switching applications.
Product Features and Performance
Silicone Controlled Rectifier (SCR) type
Standard recovery characteristic
Maximum off-state voltage of 600V
Maximum gate trigger voltage of 1.5V
Maximum gate trigger current of 15mA
On-state Voltage maximum of 1.6V
Average on-state current of 6.4A
RMS on-state current of 10A
Hold current maximum of 30mA
Off-state current maximum of 10 µA
Non-repetitive surge current of 100A (50Hz), 105A (60Hz)
Operating temperature range from -40°C to +125°C
Through-hole mounting
Packaged in a TO-220-3
Product Advantages
High voltage and current handling capability
Low trigger current facilitating easier control
Robust thermal and electrical characteristics due to TO-220 packaging
Wide operating temperature range supporting use in variable environmental conditions
Key Technical Parameters
Vdrm: 600 V
Vgt: 1.5 V
Igt: 15 mA
Vtm: 1.6 V
It (AV): 6.4 A
It (RMS): 10 A
Ih: 30 mA
Itsm: 100A (50Hz), 105A (60Hz)
Quality and Safety Features
Consistent performance compliance under standard industrial testing
Built-in capability to handle intermittent overload conditions
Compatibility
Suitable for general-purpose AC switching where high surge capability is required
Application Areas
Motor control circuits
Over-voltage crowbar protection
Capacitive discharge ignitions
Power switching circuits
Product Lifecycle
Product status: Active
Not nearing discontinuation
Replacements or upgrades available in the same series
Several Key Reasons to Choose This Product
High surge current capability ensures suitability for rigorous applications
Low gate trigger current improves system efficiency and responsiveness
Robust TO-220 package offers enhanced durability and thermal resistance
Versatile operating temperature range fits a wide scope of applications
Continuity of product availability backed by stmicroelectronics' support and future upgrade paths
TYN616STMicroelectronics