Hi all,
I'm trying to find a replacement for a triac, Q2006L5 which switches lights and fan for a range hood. MT1 is shorting to MT2 on the bad part, especially when compared to a known, good triac (the fan switches fine, light does not switch off).
My question is can I substitute a 576-Q6006L5 (Mouser part) for the Q2006l5 (original)? I am an electronics enthusiast, not an expert so need some advice! I am familiar with some of the specification terms below but not sure of the relative importance of them all. I have not had much luck with Google searches or other vendors finding a small quantity of replacement parts so any suggestions welcomed.
Following are the specifications for the original part and the proposed substitution part. Thank you in advance for any help with this request or pointers in the right direction!
Q2006L5 Specifications (original)
V(DRM) Max. (V) : 200 I(T(RMS)) Max. (A) : 6.0 @Temp. (=D1=88C) (Test Condition) : I(TSM) Max. (A) : 60=D2=90 @ t(w) (s) (Test Condition) : I(GT) Max. (A) : 50m V(GT) Max.(V) : 2.5 I(H) Max. (A) Holding Current : 50m I(D) Max. (A) Leakage Current : 500u @Temp. (=D1=88C) (Test Condition) : 100# V(T) Max. (V) : 1.6 @I(T) (A) (Test Condition) : 6.0=D0=86 dv/dt Min. (V/us) : 50=D2=90 t(gt) Typ. (s) : 3.0u=D1=82 @I(T) (A) (Test Condition) : dv/dt(c) Min. (V/us) : 3.0=D2=90 dv/dt Min. (V/us) : 50=D2=90 Minimum Operating Temp (=D1=88C) : -40 Maximum Operating Temp (=D1=88C) : 110 Package Style : TO-220 Mounting Style : T
576-Q6006L5 (Mouser replacement?)Specifications RoHS: Breakover Current IBO Max:80 A Gate Trigger Current (Igt):50 mA Gate Trigger Voltage (Vgt):2.5 V Holding Current (Ih Max):50 mA Manufacturer:Littelfuse Maximum Operating Temperature:+ 125 C Minimum Operating Temperature:- 40 C Mounting Style:Through Hole Off-State Leakage Current @ VDRM IDRM:0.05 mA On-State RMS Current (It RMS):6 A On-State Voltage:1.6 V Package / Case:TO-220 Packaging:Bulk Product:Triacs Product Category:Power Thyristors Rated Repetitive Off-State Voltage VDRM:600 V (Min) Repetitive Peak Forward Blocking Voltage:600 V (Min)
Best Regards,
Bill