Home > Bridge Rectifiers >

Single phase diode bridge rectifier DIOTEC MYS40 featuring RoHS and REACH compliance for mains rectification

Product Categories

Single FETs, MOSFETs [3000]
Bridge Rectifiers [1296]
Single Bipolar Transistors [2284]
JFETs [73]
Power Driver Modules [154]
Current Regulation - Diodes, Transistors [4]
Single IGBTs [550]
DIACs, SIDACs [39]
Single, Pre-Biased Bipolar Transistors [1371]
SCRs [158]
SCRs - Modules [48]
TRIACs [559]
RF Diodes [12]
Single Diodes [3000]
Single Zener Diodes [3000]
Variable Capacitance (Varicaps, Varactors) [79]

Hefei Purple Horn E-Commerce Co., Ltd.

Trust Seal

Verified Supplier

Credit Check

Supplier Assessment

Contact Now

Single phase diode bridge rectifier DIOTEC MYS40 featuring RoHS and REACH compliance for mains rectification

Ask Lasest Price
Model Number :	MYS40

Add to Cart

Product Details
Company Profile

Single phase diode bridge rectifier DIOTEC MYS40 featuring RoHS and REACH compliance for mains rectification

Product Overview

The MYS40 to MYS380 series is a range of single-phase diode bridge rectifiers designed for mains rectification, steering, and clamping applications. These compact, industry-smallest mains rectifier bridges, measuring just 3x3mm, offer low junction capacitance and are compliant with RoHS (exemption 7a), REACH, and Conflict Minerals regulations. They are UL recognized (File E175067) and suitable for commercial-grade applications requiring efficient 50/60 Hz power conversion.

Product Attributes

Brand: Diotec Semiconductor AG
Series: MYS40 ... MYS380
Type: SMD Single Phase Diode Bridge Rectifier
Certifications: UL recognized (File E175067), RoHS compliant (exemption 7a), REACH, Conflict Minerals
Marking: Bar plus Code
HS Code: 85411000
Packaging: Taped and reeled (4000 / 13)
Case Material: UL 94V-0
Environmental Compliance: Halogen FREE

Technical Specifications

Model	Max. Input AC Voltage (V_VRMS)	Repetitive Peak Reverse Voltage (V_RRM) [V]	Max. Rectified Output Current (I_FAV) [A] (R-load, T_A=40C)	Max. Rectified Output Current (I_FAV) [A] (C-load, T_A=40C)	Repetitive Peak Forward Current (I_FRM) [A] (T_A=40C, f > 15 Hz)	Peak Forward Surge Current (I_FSM) [A] (50 Hz, 10 ms)	Peak Forward Surge Current (I_FSM) [A] (60 Hz, 8.3 ms)	Rating for Fusing (i²t) [A²s] (t < 10 ms)	Operating Junction Temp. (T_j) [C]	Storage Temp. (T_S) [C]	Forward Voltage (V_F) [V] (T_j=25C, I_F=0.5A)	Leakage Current (I_R) [A] (T_j=25C, V_R=V_RRM)	Reverse Recovery Time (t_rr) [ns] (I_F=0.5A, I_R=1A to I_R=0.25A)	Typical Thermal Resistance (R_thA) [K/W]	Typical Thermal Resistance (R_thT) [K/W]	Weight [g]
MYS40 B XX	40	80	0.5	0.4	6	20	22	2	-50...+150	-50...+150	< 1.2	< 5	typ. 1500	80	25	approx. 0.1
MYS80 C XX	80	160	0.5	0.4	6	20	22	2	-50...+150	-50...+150	< 1.2	< 5	typ. 1500	80	25	approx. 0.1
MYS125 E XX	125	250	0.5	0.4	6	20	22	2	-50...+150	-50...+150	< 1.2	< 5	typ. 1500	80	25	approx. 0.1
MYS250 J XX	250	600	0.5	0.4	6	20	22	2	-50...+150	-50...+150	< 1.2	< 5	typ. 1500	80	25	approx. 0.1
MYS380 K XX	380	800	0.5	0.4	6	20	22	2	-50...+150	-50...+150	< 1.2	< 5	typ. 1500	80	25	approx. 0.1

Type	Recommended Protective Resistance (R_t) []	Admissible Load Capacitor (C_L) [F]
MYS40	4.0	1250
MYS80	8.0	625
MYS125	12.5	400
MYS250	30.0	166
MYS380	40.0	125

Note: All specifications are based on measurements taken on a P.C. Board with 25 mm copper pads at each terminal, unless otherwise specified.

2410122000_DIOTEC-MYS40_C212750.pdf

Single phase diode bridge rectifier DIOTEC MYS40 featuring RoHS and REACH compliance for mains rectification

Inquiry Cart 0

Send your message to this supplier


*From:	Your email address is incorrect!
*To:	Hefei Purple Horn E-Commerce Co., Ltd.
*Subject:	Subject is empty!
*Message:	For the best results, we recommend including the following details: -Self introduction -Required specifications -Inquire about price/MOQ Characters Remaining: (0/3000) Please enter 20 to 3000 characters to contact this supplier!

Explore more Bridge Rectifiers products from this supplier

Find Similar Products By Category:

Measurement & Analysis Instruments

Hot Searches: