Attribute
Description
Manufacturer Part Number
C712L
Description
SCR 2KV 1570A PRESS-PAK
Manufacturer Lead Time
1 week
Note : GST will not be applied to orders shipping outside of India

Stock:

Distributor: 117

Quantity Unit Price Ext. Price
30 ₹ 29,856.70000 ₹ 8,95,701.00

Product Attributes

Type Description
Category
Import Duty Classification -
Product Series Line -
IC Encapsulation Type Bulk
Availability Status Active
Off-State Voltage Rating 2 kV
Max Gate Trigger Volts 3 V
Max Gate Trigger Amps 120 mA
Max On-State Voltage Drop 1.45 V
Max Average On-State Current 1000 A
Max RMS On-State Current 1570 A
Maximum Holding Current -
Maximum Off-State Current 90 mA
Non-Repetitive Surge 50/60Hz 18500A, 20000A
Silicon Controlled Rectifier Style Standard Recovery
Ambient Temp Range -40°C ~ 125°C
Quality Grade Level -
Certification Qualification -
Attachment Mounting Style Chassis Mount
Component Housing Style B-PUK (TO-200AC)
Vendor Package Type Press-Pak (Pow-R-Disc)

Description

Features a maximum gate trigger current (Igt) rated at 120 mA. Is designed to manage surge current Itsm rated at 18500A, 20000A for 50/60Hz. Features a maximum off-state current of 90 mA. Offers a maximum average on-state current It(AV) of 1000 A. Supports RMS on-state current rated at 1570 A. Mounting configuration Chassis Mount for structural stability. Temperature range -40°C ~ 125°C for environmental conditions impacting thermal efficiency. Type of housing Bulk for safeguarding or transporting components. Style of the enclosure/case B-PUK (TO-200AC) that offers mechanical and thermal protection. Type of package Press-Pak (Pow-R-Disc) that preserves the integrity of the device. Product status Active concerning availability and lifecycle. The Standard Recovery SCR type for thyristor properties. Supplier package type Press-Pak (Pow-R-Disc) for component selection. Maximum gate trigger voltage 3 V for SCR devices. The voltage 2 kV when the device is not active for switches or semiconductors. The highest voltage drop Vtm 1.45 V in the active state for semiconductors.