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◆ Repetitive Peak Off-State Voltage : 600V ◆ R.M.S On-State Current ( IT(RMS)= 5 A ) Non-isolated TO-252 Package General Description Apollo Electron’s SCR is suitable for the application where requiring high bidirectional blocking voltage capability and also suit able for over voltage protection, mo tor control circuit in power tool, inrush cur- rent limit circuit and heating control system. 2. Anode 3.Gate 1.Cathode Symbol IT(RMS) = 5A ITSM = 36A BVDRM = 600V Sensitive Gate Silicon Controlled Rectifiers TO-252 1 2 3 copyright @ Apollo Electron Co., Ltd. All rights reserved.
Electrical Characteristics ( Tj = 25 °C unless otherwise noted ) Symbol Items Conditions Ratings Unit Min. Typ. Max. IDRM Repetitive Peak Off-State Current VAK = VDRM Tj = 125 °C ─ ─ 1 0 0 uA VTM Peak On-State Voltage (1) IT = 4A ─ ─ 1.4 V IGT Gate Trigger Current (2) VAK =12V(DC), RL=100 Ω ── 200 uA VGT Gate Trigger Voltage (2) VD = 1 2 V(DC), RL=100 Ω ── 1.2 V VGD Non-Trigger Gate Voltage (1) VAK = 12 V, RL=100 Ω Tj =125 °C 0.1 ── V dv/dt Critical Rate of Rise Off-State Voltage Linear slope up to VD = VDRM 67% , Gate open Tj = 125°C 10 ─ ─ V/us IH Holding Current VD=24V, IGT=50mA ── 5 mA CD6C60S
IGM(1A) VGD(0.1V) PG(AV)(0.1W) PGM(0.5W)VGM(5V) o C Gate Voltage [V] Gate Current [mA] -50 0 50 100 150 0.1 IGT(t o IGT(25 o Junction Temperature[ o Transient Thermal Impedance [ o C/W] Time (sec) 100 125 o C o C On-State Current [A] On-State Voltage [V] 01234 100 120 140 Angle = 180 o Max. Allowable Case Temperature [ o Average On-State Current [A] θ : Conduction Angle 360° θ 2ππ CD6C60S -50 0 50 100 150 0.1 VGT(t o VGT(25 o Junction Temperature[ o Fig 1. Gate Characteristics Fig 2. Maximum Case Temperature Fig 3. Typical Forward Voltage Fig 4. Thermal Response Fig 6. Typical Gate Trigger Current vs. Junction Temperature Fig 5. Typical Gate Trigger Voltage vs. Junction Temperature
θ = 180 o θ = 120 o θ = 90 o θ = 60 o θ = 30 o Max. Average Power Dissipation [W] Average On-State Current [A] -50 0 50 100 150 0.1 IH(t o IH(25 o Junction Temperature[ o CD6C60S Fig 8. Power DissipationFig 7. Typical Holding Current