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Part Manufacturer Description Datasheet BUY
UC3730QTR Texas Instruments Thermal Monitor 20-PLCC visit Texas Instruments
ISL6291-2CRZ Intersil Corporation 1-CHANNEL POWER SUPPLY SUPPORT CKT, PQCC16, 5 X 5 MM, THERMALLY ENHANCED, LEAD FREE, PLASTIC, MO-220VHHB, QFN-16 visit Intersil
ISL6291-1CR Intersil Corporation 1-CHANNEL POWER SUPPLY SUPPORT CKT, PQCC16, 5 X 5 MM, THERMALLY ENHANCED, PLASTIC, MO-220VHHB, QFN-16 visit Intersil
ISL6291-1CR-T Intersil Corporation 1-CHANNEL POWER SUPPLY SUPPORT CKT, PQCC16, 5 X 5 MM, THERMALLY ENHANCED, PLASTIC, MO-220VHHB, QFN-16 visit Intersil
ISL6291-1CRZ Intersil Corporation 1-CHANNEL POWER SUPPLY SUPPORT CKT, PQCC16, 5 X 5 MM, THERMALLY ENHANCED, LEAD FREE, PLASTIC, MO-220VHHB, QFN-16 visit Intersil
ISL99140IRZ-T Intersil Corporation 40A DrMOS Power Module with Integrated Diode Emulation and Thermal Warning Output; BiasVoltage::4.75 to 5.25; Temp Range: -40° to 85°C visit Intersil Buy

l33 thermal fuse

Catalog Datasheet MFG & Type PDF Document Tags

l33 thermal fuse

Abstract: L33 fuse BSV-3.3S6R0A (SIP type) Operating Temp. Range -40°C to +85°C (Refer to the thermal derating graph , Condition Refer to the thermal derating graph Vibration 5-10Hz All amplitude 10mm, 10-55Hz acceleration 2G , ), Shocking time 11±5ms Weight 4g typ. Outline SIP typeW=24 L=33 H=5.0 typ. (mm) (For dimensions refer to outline.) DIP typeW=22.25 L=33 H=6.0 typ. (mm) (For dimensions refer to outline.) SMD typeW=23.9 L=33 H , pin in BSV-3.3S6R0A (SIP type). Figure 4 Please set this product in the place
Bellnix
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l33 thermal fuse

Abstract: L33 fuse (Refer to the thermal derating graph.) -40°C to +85°C 20%-95%R.Hmax. (Max. Wet-bulb Temp. 35°C, non-condensing) For the converter before being mounted, store at 30°C/ 60% R.H. or below. Refer to the thermal , W=24 L=33 H=5.0 typ. , Series * There is no P-Good, +S, -S pin in BSV-3.3S6R0A (SIP type). Figure 4
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Capacitor L33

Abstract: . Operating Temp. -40°C~+85°C (Refer to the thermal derating graph.) Storage Temp. -40°C~+85°C 20% ~ 95%R.Hmax. (Max. W et-bulb Temp. 35°C, non-condensing) Refer to the thermal derating graph 5~10Hz Every amplitude , 20G (Sdirections, 3times each), Striking time 11±5ms 4g typ. SIP type DIP type SMD type W =24 L=33 H=5.0 typ. (mm) (For dimensions refer to outline.) W =22.25 L=33 H=6.0 typ. (mm) (For dimensions refer to outline.) W =23.9 L=33 H=6.0 typ. (mm) (For dimensions refer to outline.) * The above specification
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L33 thermal fuse

Abstract: L33 fuse (0.1V~0.3V) or below. Operating Temp. Range Operating Temp. -40°C~+85°C (Refer to the thermal , %R.Hmax. (Max. Wet-bulb Temp. 35°C, non-condensing) Cooling Condition Refer to the thermal derating graph , , each for 1hour) Weight 4g typ. External Dimensions SIP type W=24 L=33 H=5.0 typ. (mm ) (For dimensions refer to outline.) DIP type W=22.25 L=33 H=6.0 typ. (mm ) (For dimensions refer to outline.) SMD type W=23.9 L=33 H=6.0 typ. (mm ) (For dimensions refer to outline.) * The above specification will
Traco Electronic
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FUSE 239 smd

Abstract: l33 thermal fuse ~+85°C (Refer to the thermal derating graph.) Storage Temp. Range Storage Temp. -40°C~+85°C , to the thermal derating graph Vibration 5~10Hz Every amplitude 10mm (3directions, each for , Dimensions SIP type W=24 L=33 H=5.0 typ. (mm ) (For dimensions refer to outline.) DIP type W=22.25 L=33 H=6.0 typ. (mm ) (For dimensions refer to outline.) SMD type W=23.9 L=33 H=6.0 typ. (mm ) (For dimensions , supplying side has the capacity to fuse the fuse. Soldering Conditions Solder under the following
Traco Electronic
Original

Capacitor L33

Abstract: BSV3 10% of sensing voltage (0.1 V-0.3V) or below. Operating Temp. -40°C to +85< IC (Refer to the thermal , ) Refer to the thermal derating graph Table 2 Adjustable Output V Range Output Voltage is adjustable , 4gtyp. SIP type DIP type SMD type W =24 L=33 H=5.0 typ. (mm) (For dimensions refer to outline.) W=22.25 L=33 H=6.0typ. (mm) (For dimensions refer to outline.) W=23.9 L=33 H=6.0 typ. (mm) (For dimensions , . Note 3: Be sure that the DC power supply on the supplying side has the capacity to fuse the fuse
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j85582r-2

Abstract: j85582 Slope-compensated thermal management Applications n n Fiber to the curb n Remote switching cabinets , control unit, manual battery disconnect switches, lowvoltage battery disconnect, and thermal management , interruption of service. n System Safeguards - Thermal management options, overcurrent/overvoltage , accessible Temperature-hardened electronics Battery thermal management n Input voltage autoranging n Built-in fuse distribution n Hot-insertion modular design n n Overvoltage
Lucent Technologies
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diode IN5391

Abstract: M33 thermal fuse 7 THERMAL FUSE 130°C 8 OUTPUT OUTPUT VOLTAGE @ AC230V, NO LOAD O/P: DC15V + -5% 9 OUTPUT , SCHEMATIC: 47 OUF/16 V Page 3 of 9 SPEC NO.: SFR04456 VERSION 0 |-33.0±0.5-| l33.0,±0,5 -U- , enammelled copper wire 2UEW THERMAL PROTECTECTION M33 130°C 11 PRIMARY COIL Polyurethane enammelled
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IN5391 diode IN5391 M33 thermal fuse M33 fuse EI - 33 TRANSFORMER l33 thermal fuse LG090080EP RR-1242/04 DR04380 EI-48 AC230V50H DC800

CREE XM-L driver

Abstract: l33 thermal fuse Power Factor Corrected Universal Input Voltage Range User Adjustable Current Limit (/OF) Thermal , frame version with thermal feedback - output current limit externally adjustable. * use suffix /IP67 for , ) Inrush Current (cold start) Leakage Current Input Fuse Output Current Accuracy Output Current Adjust Line , Protection Short Circuit Protection www.recom-international.com REV: 0/2012 L-33 LIGHTLINE AC , . Thermal feedback derating is an effective way to reduce the LED current at high temperatures to avoid
RECOM
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CREE XM-L driver L33 fuse 110v 100 watt zener diode simple Led driver 9.5 watt LED 10A pwm pcb White 3W LED diode UL/UL8750 RACD60-4200 RACD60-2400 RACD60-2100 RACD60-1400

JW150F8

Abstract: JW150F61 typical full-load efficiency of 80%. The sealed modules offer a metal baseplate for excellent thermal , '" 75 80 100 1500 Operating Case Temperature (See Thermal Considerations section.) Tc -40 , internally fused. An input line fuse must always be used. This encapsulated power module can be used in a , , to achieve maximum safety and system protection, always use an input line fuse. The safety agencies require a normal-blow, dc fuse with a maximum rating of 20 A (see Safety Considerations section). Based
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JW150F8 JW150F81 JW150F61 JW050F JW075F JW100F JW150F 73/23/EEC 93/68/EEC

WP91767

Abstract: L33 fuse fuse. Thermal Alarm This red LED lights when the converter shuts down due to inadequate air flow , Modules General DC Output Connection Alarm Wiring Initial Start-up and Test Converters Fuse Alarm , Alarm High Voltage Shutdown Converter Alarms Major Fuse Alarm Front Panel Test Jacks Voltage Adjust , Test Jacks Major Fuse Alarm (MJF) Power Major Alarm (PMJ) Low Voltage Alarm Volts Adjustment (Vadj) On Power On/Standby Switches Standby Alarm Thermal Alarm Output Voltage Adjust Alarm Return (AR
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WP91767 KS23616 H569 WP91412 hilti digital testing of high voltage circuit breaker H569-433

C33B

Abstract: BM54 %) Derating in done at 36mW/ for operating above Ta=25. There are thermal via on the board. *5 , operating above Ta=25. There are thermal via on the board. Operating conditions (Ta=25) Parameter , thermal reckless driving under an abnormal state for the temperature of the chip to exceed Tjmax , 100k SP 2ch (8) C30 0.1F + ERROR 1F C25 C31C 0.33F L33 22H NC 32 VSS , (±20%) 10.3mm×7.6mm Inductor L33, L38, L43, L48 22µH SAGAMI DBE7210H-220M - (±20%
ROHM
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BM5446EFV C33B BM54 5.1 subwoofer ic type amplifier circuit diagram subwoofer pre 10 band parametric sub woofer amplifier circuit 10075EBT13 R1010A

bm5446

Abstract: above Ta=25. There are thermal via on the board. *5 70mm×70mm×1.6mm, FR4, 4-layer glass epoxy board (Copper on bottom layer 100%) Derating in done at 49.6mW/ for operating above Ta=25. There are thermal via , prevents thermal reckless driving under an abnormal state for the temperature of the chip to exceed Tjmax , 20 21 37 36 R33B 35 34 33 NC 32 C33 1F GNDP2 5.6 0.068F C33B C33A 470pF L33 22H SP , (RL_SP =8) Parts IC Parts No. U1 Value Company ROHM TOKO Inductor L33, L38, L43, L48 22µH SAGAMI R33B
ROHM
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bm5446

parametric equalizer

Abstract: MARK C33B %) Derating in done at 36mW/ for operating above Ta25. There are thermal via on the board. *5 70mm×70mm×1.6mm , operating above Ta25. There are thermal via on the board. Operating conditions (Ta=25) Item Supply , protection BM5446EFV has the high temperature protection circuit that prevents thermal reckless driving , Voltage Protection REG_G2 27 C27D GNDA C38A 0.068F L33 22H + ERROR 1F C25 , - 18.5mm×9.5mm TOKO 1168ER-0001 - (±20%) 10.3mm×7.6mm Inductor L33, L38, L43
ROHM
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parametric equalizer MARK C33B parametric equalizer ic subwoofer 80Hz filter Speaker 40W C45D 10075EAT13

DVB-S2 chipset

Abstract: NTC16 28 3.9 Thermal measurements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . . . . . . . . . . . . . 25 Thermal behavior of the components at primary side. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 Thermal behavior of the components at secondary side . . . , EN55022 Class B Safety: in accordance with IEC 60065 7th ed. 5/30 F4 FUSE 2A R75 10K , 4 3 J5 FL2 L34 L33 -25V R93 22K R94 10K 22uH 22uH 5V C108 470uF
STMicroelectronics
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L6668 DVB-S2 chipset NTC16 L33 SMD smd transistor L33 SMD l34 Transistor smd transistor L34 AN2600 STEVAL-ISA040V1

GRM188B11E104KA

Abstract: GRM21BB11H104K and thermal destruction of a semiconductor product and secure useful life and reliability. The , is provided with thermal via. (Note 4) 70mm × 70mm × 1.6mm FR4 Both-sided glass epoxy board (Back , board is provided with thermal via. www.rohm.com © 2010 ROHM Co., Ltd. All rights reserved. 1/15 , ) Fig. 1 THD+N Output power Vcc=12V RL=8 Po=1W L=33 H C=0.47 F C=0.1 F 20 15 10 5 0 , or open mode, is not predictable. Therefore, provide a physical safety measure such as fuse, against
ROHM
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BD5427EFS GRM188B11E104KA GRM21BB11H104K GRM21BB11C105KA GRM21BB31E GRM21BB31 GRM188R11H104 10075EBT06

GRM219B31E684KA88D

Abstract: POWERFUL AUDIO IC IN 2012 functional performances and thermal destruction of a semiconductor product and secure useful life and , is provided with thermal via. (Note 4) 70mm × 70mm × 1.6mm FR4 Both-sided glass epoxy board (Back , board is provided with thermal via. Operating Conditions The following values assume Ta =25. Check , power Vcc=12V RL=8 Po=1W L=33 H C=0.47 F C=0.1 F 20 15 10 5 0 -40 -60 -80 -100 , not predictable. Therefore, provide a physical safety measure such as fuse, against a special mode
ROHM
Original
GRM219B31E684KA88D POWERFUL AUDIO IC IN 2012 7G09B sound board GRM188R11H104KA93 HTSSOP-A44 09075EAT06 R0039A

HILTI M16 bolt

Abstract: yg 2025 Components for Frames Circuit Breakers, Fuse Holder, and Fuses Anchor Bolts Terminal Lugs Upgrade Kits , Wiring Initial Start-up and Test Low Voltage Disconnect (LVD) Test Fuse Alarm Test 5 4-1 4-1 , 2008 CPS 4024 Frame Mount for Wireless Applications H569-424 Major Fuse Alarm (MJF) BD On Power On/Standby Switch Standby Alarm Thermal Alarm Front Panel Test Jacks Voltage Test Jacks , Major Fuse Alarm Battery on Discharge Alarm (BD) Alarm Return (AR) Rectifier Alarm Office Alarms
Lineage Power
Original
HILTI M16 bolt yg 2025 2H FIRE DOOR 12IR125 2VR375E Fluke 99B
Abstract: current protection(OCP)  Thermal shutdown (TSD)  Under voltage lock out(UVLO)  Short circuit , high-side Pch FET and Low-side Nch FET. Thermal Pad Back side Power Ground pin. Power ground , output, and input to the output switch current comparator. External loop compensation pin. Thermal , ) (VIN=12V, Thermal shut down function BD86123A monitors the temperature of itself. When the temperature ROHM
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BD86123AEFJ TSZ22111 TSZ02201-0J2J0D100280-1-2
Abstract: current protection(OCP)  Thermal shutdown (TSD)  Under voltage lock out(UVLO)  Short circuit , Low-side Nch FET. Thermal Pad Back side Power Ground pin. Power ground return for switching , output switch current comparator. External loop compensation pin. Thermal pad of the package. Must be , (VIN=12V, Vout=3.3V, L=4.7µH, Cout=44µF) (VIN=12V, Thermal shut down function BD86120 monitors the temperature of itself ROHM
Original
BD86120EFJ TSZ02201-0J2J0D100300-1-2
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