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车厘子Cherish
车厘子Cherish
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Tuesday 18 August 2026 03:53:25 GMT
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This photo shows 2 very common power components used in SMPS / power supply circuits. *TOP PART - Power MOSFET* Title: *High Voltage • Low Loss • Reliable Performance* MOSFET symbol on top right: G-Gate, D-Drain, S-Source Properties: Fast switching, High efficiency, Low on-resistance 4 MOSFETs shown: 1.  *FQB 7N65C* - 650V / 7A - ON Semiconductor - Used in small power supplies, LED drivers 2.  *FQB 60R360C* - 600V / 11A - Lower Rds(on) = Less heating 3.  *ST 11N65* - 650V / 11A - ST brand, 11 Amps, common in ATX power supplies 4.  *ST 13NM60* - 600V / 13A - Highest current here - 13A, used in inverters, bigger SMPS All are N-Channel MOSFETs in D2PAK / TO-263 package. They are switches - they ON/OFF very fast to convert voltage. *How to read:* 650V is the max voltage it can block, 7A is the max continuous current. *BOTTOM PART - SMD Bridge Rectifier / ABS Series* Title: *Compact Size • High Current • Stable Output* This is 4 diodes inside one chip. It converts AC to DC. The package is called ABS - small SMD package. 4 models shown: 1.  *ABS210* - 1000V / 2A (Red label) - Most powerful here 2.  *ABS10* - 1000V / 1A - Standard 1000V version 3.  *ABS6* - 800V / 1A 4.  *ASEMI ABS8* - 600V / 1A On top of the chip you see `~ ~` is AC input, `- +` is DC output. *Bottom Icons:* - *Over Voltage Protection* - Can handle high voltage spikes - *Stable Temperature* - Works stable even when hot - *High Efficiency* - Less loss - *Wide Application* - Used in chargers, LED drivers, adapters, motherboards *In short:*  Upper 4 are MOSFETs = the fast electronic switches. Lower 4 are Bridge Rectifiers = the AC to DC converters that sit right after the AC input. In almost every SMPS, you will find: *Bridge Rectifier -> Capacitor -> MOSFET* Want me to explain how they work together in a circuit?#electronic #basicelectronics #electronicsproject #francetiktok #foryou
This photo shows 2 very common power components used in SMPS / power supply circuits. *TOP PART - Power MOSFET* Title: *High Voltage • Low Loss • Reliable Performance* MOSFET symbol on top right: G-Gate, D-Drain, S-Source Properties: Fast switching, High efficiency, Low on-resistance 4 MOSFETs shown: 1. *FQB 7N65C* - 650V / 7A - ON Semiconductor - Used in small power supplies, LED drivers 2. *FQB 60R360C* - 600V / 11A - Lower Rds(on) = Less heating 3. *ST 11N65* - 650V / 11A - ST brand, 11 Amps, common in ATX power supplies 4. *ST 13NM60* - 600V / 13A - Highest current here - 13A, used in inverters, bigger SMPS All are N-Channel MOSFETs in D2PAK / TO-263 package. They are switches - they ON/OFF very fast to convert voltage. *How to read:* 650V is the max voltage it can block, 7A is the max continuous current. *BOTTOM PART - SMD Bridge Rectifier / ABS Series* Title: *Compact Size • High Current • Stable Output* This is 4 diodes inside one chip. It converts AC to DC. The package is called ABS - small SMD package. 4 models shown: 1. *ABS210* - 1000V / 2A (Red label) - Most powerful here 2. *ABS10* - 1000V / 1A - Standard 1000V version 3. *ABS6* - 800V / 1A 4. *ASEMI ABS8* - 600V / 1A On top of the chip you see `~ ~` is AC input, `- +` is DC output. *Bottom Icons:* - *Over Voltage Protection* - Can handle high voltage spikes - *Stable Temperature* - Works stable even when hot - *High Efficiency* - Less loss - *Wide Application* - Used in chargers, LED drivers, adapters, motherboards *In short:* Upper 4 are MOSFETs = the fast electronic switches. Lower 4 are Bridge Rectifiers = the AC to DC converters that sit right after the AC input. In almost every SMPS, you will find: *Bridge Rectifier -> Capacitor -> MOSFET* Want me to explain how they work together in a circuit?#electronic #basicelectronics #electronicsproject #francetiktok #foryou

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