New Capsule Type Fast Switching Thyristors Electronic Components Kk3500A/2500V

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New Capsule Type Fast Switching Thyristors Electronic Components Kk3500A/2500V

Customization:	Available
Application:	Induction Heating Machine
Batch Number:	2023+

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Product Description

Basic Specifications

Model NO.

KK3500A/2500V

Manufacturing Tech

Optoelectronic Semiconductor

Material

Element Semiconductor

Package

Presser

Type

N-Type Semiconductor

Item

Thyristor

Voltage Range

600V-6500V

Cooling

Double-Side Cooling

Operating Temp

-40 C

Feature

High Current Density

Product Description

New Capsule Type Fast Switching Thyristors Electronic Components KK3500A/2500V

Part No.	VDRM/VRRM (V)	IT(AV) (A)	tq (μs)	ITSM (KA)	dv/dt (V/μs)	di/dt (A/μs)	VTM/ITM (V/A)	Rth(j-c)	Tjm (°C)
Y65KKE	800-1800	1800	18-50	21	500	1200	3.15/4000	0.013	125
Y76KKE	800-1800	2500	30-60	35.6	500	1200	3.15/5000	0.010	125
Y65KKG	1900-2500	1600	40-80	21	500	1200	3.15/3600	0.013	125
Y76KKG	1900-2500	2500	40-80	33.8	500	1200	3.15/5000	0.010	125
Y100KKG	1900-3000	4000	40-120	62	500	1200	2.90/5000	0.005	125

Capsule Outline & Dimensions

Quality Control & Environment

Frequently Asked Questions

What is a Capsule Type Fast Switching Thyristor?

A capsule type fast switching thyristor is a semiconductor device designed for power electronic applications requiring rapid transition from the conducting to non-conducting state, typically used in high-frequency converters.

What are the primary applications for the KK3500A/2500V?

The KK series is widely used in motor control, high power converters, induction heating, and various industrial power supply units where high current density is required.

How does double-side cooling benefit the thyristor?

Double-side cooling allows for efficient heat dissipation from both sides of the silicon chip, enabling the device to handle higher current loads and improving long-term reliability.

What is the voltage and current range of these components?

The KK series supports a voltage range from 600V up to 6500V, with different models tailored for specific current requirements, including high-density silicon controlled chips.

Can these thyristors operate in extreme temperatures?

Yes, these components are rated for a minimum operating temperature of -40°C and a maximum junction temperature typically up to 125°C, suitable for demanding environments.

What is the typical delivery time for these electronic components?

Standard delivery for available models is approximately 3 days, packaged securely in carton boxes for safe transport.