Infineon Switching Diode, 28 A, 2-Pin 650 V PG-TO-220 IDV20E65D1XKSA1

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$109.45

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$125.85

(inc. GST)

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50 - 50$2.189$109.45
100 +$2.032$101.60

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RS Stock No.:
273-2949
Mfr. Part No.:
IDV20E65D1XKSA1
Brand:
Infineon
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Brand

Infineon

Product Type

Switching Diode

Maximum Forward Current If

28A

Package Type

PG-TO-220

Pin Count

2

Maximum Peak Reverse Repetitive Voltage Vrrm

650V

Minimum Operating Temperature

-40°C

Peak Reverse Recovery Time trr

65ns

Maximum Power Dissipation Pd

38W

Peak Non-Repetitive Forward Surge Current Ifsm

120A

Maximum Forward Voltage Vf

1.35V

Maximum Operating Temperature

175°C

Standards/Approvals

Pb-free lead plating, RoHS

Length

16.15mm

Series

IDV20E65D1

Height

4.85mm

Width

10.65mm

Infineon IDV20E65D1 Series Switching Diode, 650V Peak Reverse Repetitive Voltage, 28A Maximum Forward Current - IDV20E65D1XKSA1


This switching diode is designed for Rapid switching applications where controlled recovery and high current handling are required. It operates across a wide ambient range and is supplied in a PG-TO-220 package for straightforward mounting in power assemblies. The device combines elevated voltage endurance with a Compact footprint, suitable for industrial power conversion and switching circuits.

Features and Benefits:


• 65ns recovery time reduces switching losses
• 28A forward current supports high load currents
• 650V reverse rating tolerates high voltage stress
• 120A surge capacity handles transient overloads
• Pb‑free lead plating and RoHS compliance eases assembly requirements

Applications


• Used for power supply rectification in switching converters
• Suitable for inrush protection in industrial electronics
• Ideal for motor drive switching stages
• Can be used for high‑voltage clamp circuits
• Used with heat‑sunk assemblies requiring through‑hole mounting

What thermal limits should be observed during operation?


The device can operate up to a 175°C junction temperature and down to -40°C, so thermal management must maintain safe case‑to‑ambient gradients.

How does the forward voltage affect conduction losses?


The maximum forward voltage is 1.35V, which determines conduction loss at the specified forward current and influences heat‑sink sizing.

What package considerations affect PCB layout?


The PG‑TO‑220 package with two pins requires through‑hole mounting and a footprint that accommodates its length and width for secure heat‑sink attachment.

How does surge capability impact transient performance?


A 120A non‑repetitive surge rating allows the component to withstand short‑duration overloads without immediate failure when used within the specified thermal limits.

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